Alternative energy

We are strategically bullish on the outlook of the energy sector. Domestic and external political constraints asserted themselves, restraining the most negative impulse against this sector by the Biden administration. Go long energy versus cyclicals (ex-tech).

The CCP is poised to roll out a re-boot of China’s economy that will focus on its comparative advantage in the processing of base metals – particularly copper – and the export of metals-intensive products like EVs. The re-boot will emphasize deeper policy coordination to revive construction, manufacturing, exports and renewed efforts to attract and retain FDI. This will be bullish for commodities – particularly conventional energy and metals – as funding flows to SOEs.

Tight monetary policy will suppress copper capex. Loose fiscal policy, which is lavishing stimulus on energy and defense firms, will stoke copper demand. Constrained copper supply and turbo-charged demand will feed into headline inflation. If the CCP adopts large-scale monetary stimulus to break its liquidity trap, inflation pressures will rise. This global policy mix will bolster oil and gas demand well beyond the 2050 target for net-zero emissions, given the long lead times to bring new copper supply online. We remain long the XOP and XME ETFs, and the COMT ETF to retain exposure to tightening supplies and rising demand for copper and oil.

Global demand for new energy vehicles (NEVs) remains in a long-term uptrend, propelled by falling battery prices, improved driving range and an upgraded charging infrastructure. That said, diminishing policy support in China and Europe will spark a drop in the growth rate of global NEV sales to about 35% this year, down from about 60% last year. Global NEV-related stocks are likely to rise on a structural basis, but we recommend that investors wait for a better entry point given that valuations remain high.

Dear client, We will not be publishing the US Equity Strategy next week, as I will be participating in BCA Investment Conference. We will return to our regular publishing schedule on September 19, 2022. Kind Regards, Irene Tunkel   Executive Summary Most Thematic ETFs Are Far Off Their Pandemic Peaks Recap Of Long-term Investment Themes Recap Of Long-term Investment Themes In today’s sector Chart I-pack report we recap our structural investment themes. EV Revolution: The EV cohort benefits from a structural transformation of the automobile industry that is further supported by favorable legislative tailwinds, and shifting consumer preferences. Generation Z: Generation Zers are coming of age and wield an increasing influence over consumer trends. Cybersecurity: The pandemic-driven shift to remote work, broad-based migration to cloud computing and increasing geopolitical tensions, are all structural forces that will ensure a healthy demand pipeline for cybersecurity companies. Green And Clean: Green energy is becoming cheaper to produce, which supports a wider adaptation of green technologies. Green tech also enjoys favorable legislative tailwinds that are coming on the back of rising geopolitical tensions, the ongoing energy crisis, and climate change action. Renewables help to diversify energy sources and offer a path towards energy security. Bottom Line: Thematic investments that capture the latest technological breakthroughs present unprecedented long-term investment opportunities for investors who can stomach short-term volatility. Feature This week we are sending you a Sector Chart I-Pack, which offers macro, fundamentals, valuations, technicals, and uses of cash charts for each sector. In the front section of this publication, we will overview recent equity performance and provide a recap of the US Equity Strategy structural investment themes. August – When The Rally Came To A Stall As we predicted in the “What Will Bring This Rally To A Halt?” report, the “inflation is turning, and the Fed will be dovish” rally has come to a screeching halt. The S&P 500 was down 8% in August as investors finally believe that Jay Powell’s Fed is hell-bound on extinguishing inflation even if it means squelching economic growth (Chart I-1). The message from Jackson Hole was very much Mario Draghi-like: “whatever it takes.” The market reaction was swift and brutal. The rally winners were in the epicenter of the sell-off that ensued on the back of Powell’s comments. Invesco QQQ Trust is already down nearly 9% off its August 16 peak, while Ark Innovation (ARKK) is down 13% (Chart I-2).  We expect that equities will continue to revert to their pre-summer lows. Chart I-1Summer Rally Winners Are At The Epicenter Of The Sell-off Recap Of Long-term Investment Themes Recap Of Long-term Investment Themes Chart I-2Most Thematic ETFs Are Far Off Their Pandemic Peaks Recap Of Long-term Investment Themes Recap Of Long-term Investment Themes With rates on the rise again, last week we shifted our overweight of Growth and underweight of Value to a neutral allocation. The last few months have been a rollercoaster. However, long-term investors may successfully survive the grind by resolutely sticking to some of the winning structural investment themes and ignoring short-term volatility. The fact that many themes are now more than 50% off their pandemic highs may indicate an opportune entry point. EV Revolution We initiated the EV Revolution theme in June 2021. Since then, the theme has outperformed the S&P 500 by 19%. The Auto and Components industry group is in the middle of a momentous transition to electric and autonomous vehicle manufacturing, thanks to technological advances in battery storage, AI, and radars. These technological breakthroughs help overcome most of the obstacles to the wide adoption of EVs. Multiple new entrants develop charging networks. Driving ranges are also rapidly increasing – Lucid promises a 500-mile range compared to Tesla’s 350. Couple that with the rising price of gas, the aging vehicle fleet, and the expectation that EVs will approach sticker parity with gas-powered cars as soon as 2023 (Chart I-3)  and there is no turning back to gas-guzzling vehicles. LMC Automotive forecasts that by 2031, EVs will reach 17 million units. Chart I-3EVs Will Reach Price Parity With ICEs In 2023 Recap Of Long-term Investment Themes Recap Of Long-term Investment Themes The entire EV cohort also benefits from favorable legislative tailwinds, thanks to this administration’s support of decarbonization. The Inflation Reduction Act (IRA) includes approximately $370 billion in clean energy spending, as well as EV tax credits for both new and used cars. In addition, executive action by President Biden has tightened fuel economy standards. California has mandated a complete switch to EV vehicles by 2035. The surge in EV Capex and R&D spending will boost the entire supply chain, which consists of chip manufacturers, battery and lidar R&D, part manufacturers, and charging networks. Many of these companies are still small. An ETF may be the best way to capture the theme (Table I-1). Table I-1EV/AV ETFs Recap Of Long-term Investment Themes Recap Of Long-term Investment Themes Generation Z: The Digital Natives The GenZ theme, which we identified exactly a year ago, has collapsed since the beginning of the market downturn and is down 47%. Its success was at the root of its demise – it captured overcrowded names most popular among GenZers, who are avid investors (Chart I-4). However, the theme is not “dead,” as a new cohort of Americans is coming of age, and they are not shy about it. Generation Z in the US includes 62 million people born between 1997 and 2012 (Chart I-5). With $143B in buying power in the US alone making up nearly 40% of all consumer sales, Gen Z wields increasing influence over consumer trends. This is the first generation of digital natives—they simply can’t remember the world without the internet. They are the early adopters of the new digital ways to bank, get medical treatments, and learn. Gen Z is joining the workforce and replacing retiring baby boomers. Chart I-4Gen Zers Are Avid Investors... Recap Of Long-term Investment Themes Recap Of Long-term Investment Themes Chart I-5Gen Zers Are Taking Over Recap Of Long-term Investment Themes Recap Of Long-term Investment Themes Gen Z is an umbrella theme that captures many other prominent themes, such as Fintech (Paypal & Social Finance), Crypto (COIN), Meme-investing (HOOD), Gaming and Alternative Reality (GAMR & ESPO), and Online Dating. But GenZers have a few behavioral quirks that make them different even from Millennials: Quality-Over-Price Shoppers: Gen Z was found to be less price sensitive when buying products, choosing quality over price. Lululemon (LULU) and Goose (GOOS) are among Gen Z’s favorites. Healthy Lifestyle: Gen Z is a “green” generation that deeply cares about the planet, loves the outdoors and traveling, and is crazy about pets. This is also a generation that prizes a healthy lifestyle and working out: Beyond Meat (BYND), Planet Fitness (PLNT), and Yeti (YETI). Generation Sober Chooses Cannabis: GenZers perceive hard liquor and tobacco as bad for their health. Curiously, marijuana is considered “healthy.” MSOS, CNBS, YOLO, and THCX are the biggest ETFs in this space. How To Invest In Gen Z? Gen Z is a nascent investment theme, so there are no ETFs available in the market yet. We propose that investors follow our Gen Z investment themes or replicate fully or partially our Gen Z basket. Cybersecurity: A Must-Have For Survival Despite its celebrity status, this is an industry that is still in the early innings of a growth cycle. The pandemic-driven shift to remote work, broad-based migration to cloud computing, development of the internet-of-things, and increasing geopolitical tensions create new targets for hackers who are after valuable data or just want to achieve maximum damage to the networks. Ubiquitous digitization requires increasingly more complex cyber defenses. With cybercrime costing the world nearly $600 billion each year and cyberattacks increasing in number and sophistication, the global cybersecurity market is expected to grow from $125 billion in 2020 to $175 billion by 2024. Both large and small businesses are yet to fully implement cybersecurity defenses. According to a survey by Forbes magazine, 55% of business executives plan to increase their budgets for cybersecurity in 2021 aiming to prevent malicious attacks. In response to the numerous breaches, the current US administration is placing a high priority on defensive cyber programs. Since 2017, US government departments have seen the cybersecurity share of their basic discretionary funding rise steadily from 1.38% to 1.73%. These developments are a boon for cybersecurity stocks (Chart I-6 & Chart I-7 ), the sales of which are soaring (Chart I-8). Chart I-6Cybercrime Losses Spur Demand for Cybersecurity Cybercrime Losses Spur Demand for Cybersecurity Cybercrime Losses Spur Demand for Cybersecurity Chart I-7Stepped Up Government Spending Will Lift Cybersecurity Stocks Stepped Up Government Spending Will Lift Cybersecurity Stocks Stepped Up Government Spending Will Lift Cybersecurity Stocks Chart I-8Cybersecurity Sales Are Soaring Cybersecurity Sales Are Soaring Cybersecurity Sales Are Soaring We introduced cybersecurity as a structural investment theme back in October 2021. So far, the CIBR ETF, which we use as a proxy for the performance of the theme, has underperformed the S&P 500 by 11%. Monetary tightening has weighed on the performance of these companies as they tend to be younger, smaller, and less profitable than their S&P 500 counterparts, i.e., CIBR has a strong small-cap growth bias. However, with cybersecurity stocks down 26% off their November-2021 peak and valuation premium back to earth, now may be an opportune moment to add to the theme. After all, these stocks have tremendous growth potential, warranting a long-term position in most equity portfolios. There are several highly liquid ETFs powered by the cybersecurity theme, such as CIBR, BUG, and HACK, which can be excellent investment vehicles (Table I-2). Table I-2Cybersecurity ETFs Recap Of Long-term Investment Themes Recap Of Long-term Investment Themes Green And Clean We introduced the “Green and Clean” theme back in March. Since then, it has outperformed the S&P 500 by 22%, benefiting from this administration’s focus on the mitigation of climate change. Putin’s energy stand-off with Europe has also put the industry into the global spotlight. The development of renewables will help diversify energy sources and offer a path toward energy security. Thus, renewable energy and cleantech companies are at the core of the global push to increase energy security and contain climate change. The International Renewable Energy Agency (IRENA) expects renewables to scale up from 14% of total energy today to around 40% in 2030. Global annual additions of renewable power would triple by 2030 as recommended by the Intergovernmental Panel on Climate Change (IPCC). Solar and wind power will attract the lion’s share of investments. Over the past 20 years, this country has made significant strides in shifting its energy generation toward renewable sources away from fossil fuels, increasing the share of clean energy from 3.7% in 2000 to 10% in 2020 (Chart I-9). Chart I-9A Structural Trend A Structural Trend A Structural Trend The key reason for the proliferation of green energy generation is that renewable electricity is becoming cheaper than electricity produced by fossil fuels – according to IRENA, 62% of the added renewable power generation capacity had lower electricity costs than the cheapest source of new fossil fuel-fired capacity. Costs for renewable technologies continued to fall significantly over the past year (Chart I-10). Renewables are similar to traditional utility companies: They require a massive upfront investment, but also enjoy substantial operating leverage. As production capacity increases, the cost of energy generation falls. Solar power generation is a case in point (Chart I-11). Hence, we have a positive reinforcement loop: more usage begets even more usage, bolstering the economic case for transitioning to cleaner energy resources. Chart I-10R&D Is Paying Off Recap Of Long-term Investment Themes Recap Of Long-term Investment Themes Chart I-11Capacity Is Inversely Correlated To Prices Recap Of Long-term Investment Themes Recap Of Long-term Investment Themes Increased renewables adaptation is possible thanks to several technological advancements including improved battery storage, implementation of smart grid networks, and an increase in carbon capture activities. There is a host of ETFs that offer investors a wide range of choices for access to renewable energy and cleantech themes (Table I-3). These ETFs differ in geographic span, industry focus, liquidity, and cost, but all are viable investment options. Table I-3Clean Tech ETFs Recap Of Long-term Investment Themes Recap Of Long-term Investment Themes Bottom Line Thematic investments that capture the latest technological breakthroughs present unprecedented long-term investment opportunities. However, these investments come with a warning: Technological innovation themes are intrinsically risky as they are rarely immediately profitable and require both continuous investment and technological breakthroughs to succeed. Also, most technological innovation themes carry high exposure to the small-cap growth style and are sensitive to rising rates and slowing growth. As such, they are fickle over the short term but pay off over a longer investment horizon.   Irene Tunkel Chief Strategist, US Equity Strategy irene.tunkel@bcaresearch.com     S&P 500 Chart II-1Macroeconomic Backdrop Macroeconomic Backdrop Macroeconomic Backdrop Chart II-2Profitability Profitability Profitability Chart II-3Valuations And Technicals Valuations And Technicals Valuations And Technicals Chart II-4Uses Of Cash Uses Of Cash Uses Of Cash Communication Services Chart II-5Macroeconomic Backdrop Macroeconomic Backdrop Macroeconomic Backdrop Chart II-6Profitability Profitability Profitability Chart II-7Valuations And Technicals Valuations And Technicals Valuations And Technicals Chart II-8Uses Of Cash Uses Of Cash Uses Of Cash Consumer Discretionary Chart II-9C Macroeconomic Backdrop C Macroeconomic Backdrop C Macroeconomic Backdrop Chart II-10Profitability Profitability Profitability Chart II-11Valuations And Technicals Valuations And Technicals Valuations And Technicals Chart II-12Uses Of Cash Uses Of Cash Uses Of Cash Consumer Staples Chart II-13Macroeconomic Backdrop Macroeconomic Backdrop Macroeconomic Backdrop Chart II-14Profitability Profitability Profitability Chart II-15Valuations And Technicals Valuations And Technicals Valuations And Technicals Chart II-16Uses Of Cash Uses Of Cash Uses Of Cash Energy Chart II-17Macroeconomic Backdrop Macroeconomic Backdrop Macroeconomic Backdrop Chart II-18Profitability Profitability Profitability Chart II-19Valuations And Technicals Valuations And Technicals Valuations And Technicals Chart II-20Uses Of Cash Uses Of Cash Uses Of Cash Financials Chart II-21Macroeconomic Backdrop Macroeconomic Backdrop Macroeconomic Backdrop Chart II-22Profitability Profitability Profitability Chart II-23Valuations And Technicals Valuations And Technicals Valuations And Technicals Chart II-24Uses Of Cash Uses Of Cash Uses Of Cash Health Care Chart II-25Sector vs Industry Groups Sector vs Industry Groups Sector vs Industry Groups Chart II-26Profitability Profitability Profitability Chart II-27Valuations And Technicals Valuations And Technicals Valuations And Technicals Chart II-28Uses Of Cash Uses Of Cash Uses Of Cash Industrials Chart II-29Macroeconomic Backdrop Macroeconomic Backdrop Macroeconomic Backdrop Chart II-30Profitability Profitability Profitability Chart II-31Valuations And Technicals Valuations And Technicals Valuations And Technicals Chart II-32Uses Of Cash Uses Of Cash Uses Of Cash Information Technology Chart II-33Macroeconomic Backdrop Macroeconomic Backdrop Macroeconomic Backdrop Chart II-34Profitability Profitability Profitability Chart II-35Valuations And Technicals Valuations And Technicals Valuations And Technicals Chart II-36Uses Of Cash Uses Of Cash Uses Of Cash Materials Chart II-37Macroeconomic Backdrop Macroeconomic Backdrop Macroeconomic Backdrop Chart II-38Profitability Profitability Profitability Chart II-39Valuations And Technicals Valuations And Technicals Valuations And Technicals Chart II-40Uses Of Cash Uses Of Cash Uses Of Cash Real Estate Chart II-41Macroeconomic Backdrop Macroeconomic Backdrop Macroeconomic Backdrop Chart II-42Profitability Profitability Profitability Chart II-43Valuations And Technicals Valuations And Technicals Valuations And Technicals Chart II-44Uses Of Cash Uses Of Cash Uses Of Cash Utilities Chart II-45Macroeconomic Backdrop Macroeconomic Backdrop Macroeconomic Backdrop Chart II-46Profitability Profitability Profitability Chart II-47Valuations And Technicals Valuations And Technicals Valuations And Technicals Chart II-48Uses Of Cash Uses Of Cash Uses Of Cash Recommended Allocation Recommended Allocation: Addendum What Our Clients Are Asking: The Bear Market 2.0 Webcast Follow Up What Our Clients Are Asking: The Bear Market 2.0 Webcast Follow Up

Dear Client, We will not be publishing the Commodity & Energy Strategy next week, as I will be participating in a panel discussion with Dr. Bassam Fattouh, Director of the Oxford Institute for Energy Studies (OIES), which will focus on global energy markets and their evolution.  Our panel will be moderated by my colleague Roukaya Ibrahim, Managing Editor of BCA Research's Daily Insights.  We will return to our regular publishing schedule on September 15, 2022. Sincerely, Robert Ryan Chief Commodity & Energy Strategist Executive Summary  The Biden administration’s Inflation Reduction Act (IRA) will throw just under $370 billion at incentivizing renewable-energy development via tax credits, grants and loans, and, in what arguably is a concession to common sense, to adding and extending incentives for conventional energy sources, carbon capture and hydrogen. In the short run, the IRA could add to systematic stress in the North American bulk power supply market, which still is contending with grid stability issues caused by solar PV generation. In a direct shot at the dominance of EV supply chains by China, the IRA subsidizes EVs assembled in North America using batteries sourced from there and critical minerals sourced either from the US or states which have a Free Trade Agreement with the US. The IRA will increase global competition for base metals supplies, which already are tight.  This will push prices higher to incentivize the development of the mines and local metals-refining operations required to satisfy this demand. IRA’s $370 Billion Allocations US IRA Supports Renewable, Conventional Energy US IRA Supports Renewable, Conventional Energy Bottom Line: The IRA incentivizes investment in clean energy, pollution reduction and GHG remediation, and employment in the energy-supply market writ large.  The next year likely will be taken up writing the actual regulations implementing the IRA.  If it succeeds in significantly boosting renewable energy investment and EV sales, it will stoke already-tight base metals markets and drive costs higher.  By incentivizing the development of carbon-capture and hydrogen technologies, it would extend the life of traditional hydrocarbon energy. Feature The Inflation Reduction Act (IRA) will make $370 billion available to energy providers and households via tax credits, grants and loans to incentivize green-energy production and deployment in the US (Chart 1). It also seeks to incentivize the expansion of locally built EVs in North America, the batteries that will power them, and the critical minerals crucial for green energy, as it attempts to break China’s dominance of EV and critical mineral supply chains globally. Support for carbon-capture and use, and hydrogen as a fuel also will be expanded. Chart 1IRA’s $370 Billion Allocations US IRA Supports Renewable, Conventional Energy US IRA Supports Renewable, Conventional Energy The US DOE estimates the IRA and the previously passed Bipartisan Infrastructure Law will reduce Greenhouse Gas (GHG) emissions by 1,150 MMT CO2e in 2030, equivalent to a 40% reduction vs 2005 GHG levels, in 2030.1 The inclusion of Carbon-Capture-Use-and-Storage (CCUS) technology in the IRA will incentivize technology that would allow for fossil fuels to be used as a bridge for the green energy transition, which, if successful, will dramatically extend the useful life of hydrocarbon resources. Per the IRA, tax credits for CCUS can reach a maximum of USD 60 – USD 85/ MT of CO2 captured depending on how successful the technology is in actually removing CO2.2 This is $25-$35/MT more than what is provided by the existing CCUS tax credits. As we argued in previous reports, lower production costs for nascent green technologies such as CCUS will spur research and development, unlocking a virtuous cycle of increased production and deployment, and lower costs.3 The IRA is technologically agnostic as to how low-carbon energy is produced – i.e., via renewables, hydrocarbons, or nuclear power. From 2025, Investment- and Production-Tax Credits (IC and PC tax credits) will be available for technology-neutral electricity production, meaning electricity from fossil fuels or nuclear power will receive tax and investment credits alongside renewables, provided no toxic GHG emissions are released. This will catalyze the development and use of CCUS technology, especially in existing power plants, which can be retrofitted with this technology. Controversy Around Oil, Gas Attends The IRA Among the more controversial features of the Act are provisions supporting oil and gas production. One of the provisions requires 2mm acres of public land and 60mm acres of water to be offered for lease to oil and gas companies a year prior to issuing new onshore solar or wind rights-of-way. We do not believe this will meaningfully increase US oil production since its main constraint isn’t a dearth of land but investor-induced drilling restraint – i.e., the capital discipline that compels oil and gas producers to only produce what can profitably be produced. We also are doubtful that increasing oil and gas royalties to 16.6-18.75% under the IRA will influence drillers’ production decisions since most states’ royalties, most notably Texas and New Mexico’s will be at parity or higher than the revised rate under the new law.4 The duration and coverage of investment and production tax credits for solar and wind projects have increased. Furthermore, energy storage technology will now receive ITCs and PTCs, which should encourage the development of this technology. Energy storage technology – e.g., utility-scale lithium batteries – will make green electricity more reliable, providing a competitive alternative to fossil fuel-generated electricity. Increasing Solar PV Resources Strain Power Grids As Chart 1 shows, renewables are receiving massive support from the IRA, particularly solar PV and wind resources. This will, over the short run, present problems for grid stability. The North American power grid is being stressed by lack of investment in systems capable of fully integrating renewables – particularly solar PV – with incumbent bulk power supplies from fossil fuels and nuclear power. This is being exacerbated by extreme-weather events (e.g., prolonged heat waves, droughts, fire storms, flooding, etc.).5 The IRA focuses on incentivizing particular power-generation technologies and, in conjunction with the Bipartisan Infrastructure Law, investing in and bolstering North American electric grids.6 This is and will remain a critical issue, given the threat to bulk power system (BPS) stability posed by the large amount of small-scale solar supplies, which are not required to meet NERC reliability standards, per the NERC’s analysis. This risk is being analysed in depth following widespread loss of solar PV power in California during the summer of 2021, which was compounded by droughts and wildfires.7 “The ongoing widespread reduction of solar PV resources continues to be a notable reliability risk to the BPS, particularly when combined with the additional loss of other generating resources on the BPS and in aggregate on the distribution system,” the April 2022 NERC report notes. In an earlier report, NERC analysts noted much of the solar PV resource operates at a smaller scale than other supplies (baseload nuclear power, e.g.), and are not part of the NERC’s bulk electric supply (BES) system (Chart 2).8 Practically speaking, the NERC noted, “the vast majority of solar PV plants connected to the BPS, totaling over half the capacity, are not considered BES and are therefore not subject to NERC Reliability Standards.” Chart 2Solar PV Resources Strain Grids US IRA Supports Renewable, Conventional Energy US IRA Supports Renewable, Conventional Energy In theory, this could limit the expansion of solar PV resources until the grid stability problems are addressed. Because of its intermittency, wind resources also can be unreliable sources of power, which means fossil-fuels alternatives – particularly natural-gas-fired generation – will continue to be favored to maintain grid stability and to provide back-up generation if wind or solar PV generation becomes unavailable. If CCUS technology can be harnessed to significantly reduce methane discharge – another goal of the IRA – along with particulates, natural gas production stands to increase as the US migrates to a low-carbon future. Investment Implications The recently enacted IRA law will incentivize increased investment in renewables and conventional resources. In addition, it will spur investment in energy-transmission and –transportation resources. The drafting and implementation of the regulations required to implement the law will be done over the next year or so, so it is difficult to forecast which investments will get off to the fastest start. We remain bullish base metals – the sine qua non of the renewal-energy transition – and conventional hydrocarbon resources. We continue to favor equity exposure via ETFs – the XME and XOP for exposure to miners and oil-and-gas producers, respectively. We also remain long the COMT ETF, an optimized version of the S&P GSCI to retain exposure to commodities directly.   Robert P. Ryan Chief Commodity & Energy Strategist rryan@bcaresearch.com Ashwin Shyam Research Analyst Commodity & Energy Strategy ashwin.shyam@bcaresearch.com Paula Struk Research Associate Commodity & Energy Strategy paula.struk@bcaresearch.com   Commodities Round-Up Energy: Bullish EU gas storage facilities were 80.17% full as of August 29 , reaching the bloc’s 80% target two months early (Chart 3) and raising the possibility of natgas rationing to reduce demand will not be needed this winter. The EU’s willingness to purchase gas at high prices over the summer injection months, given the dire consequences of possibly low gas storage levels in the winter withdrawal period, is responsible for this result. As Russian gas flows have dropped, the EU has had to rely on other sources, namely the US. LNG imports of 39 Bcm from the US to the EU over the first six months of this year have surpassed full year 2021 flows, according to Reuters. Elevated US gas flows to Europe have come at the expense of gas flows to states which are unable to afford the fuel at such high prices. In the US, high Henry Hub gas prices signal low domestic fuel availability primarily due to higher gas exports (Chart 4). Base Metals: Bullish High electricity and fuel prices in Europe are making metal smelting increasingly expensive, and are forcing refiners to voluntarily reduce operations. Nyrstar’s Budel zinc smelter and Norsk Hydro’s Slovalco aluminum smelter are the latest refinery operations forced to shutter operations going into the winter. Reduced domestic metal production runs counter to the continent’s aim of becoming more self-reliant on the supply of minerals critical to strategic industries such as defense and aerospace. Precious Metals: Neutral Federal Reserve chair Jerome Powell stressed the importance of price stability and reiterated the Fed’s commitment to restrictive policy to reduce inflation at the Jackson Hole conference. Gold prices fell on his speech as markets adjusted to higher interest rates than previously expected. However, counter to BCA’s US Bond Strategy view, markets still expect the Fed to start cutting rates in 2023. Two key drivers for gold prices next year will be the Fed’s rate hike regime and inflation perpetuated by potentially high oil prices following European sanctions on Russian oil and oil products. Chart 3 US IRA Supports Renewable, Conventional Energy US IRA Supports Renewable, Conventional Energy Chart 4 US IRA Supports Renewable, Conventional Energy US IRA Supports Renewable, Conventional Energy       Footnotes 1     Please see The Inflation Reduction Act Will Significantly Cut the Social Costs of Climate Change, published by the US Department of Energy on August 23.  See also 8.18 InflationReductionAct_Factsheet_Final.pdf (energy.gov) for additional DOE analysis of the IRA. 2     Manufacturers of different green technologies can maximize tax credits by ensuring certain labor and materials sourcing requirements are met. 3    For a report with our most recent discussion on this issue, please see EU Gas Crisis Boosts Hydrogen’s Prospects, which we published on April 7, 2022.  See also Assessing Risks To Our Commodity Views, published on July 8, 2021, and Industrial Commodities Super-Cycle Or Bull Market?, published on March 4, 2021, for additional discussion on the need for carbon-capture investment. 4    The Permian basin, which constitutes 60% of total US shale production is located in these two states. 5    Please see the North American Electric Reliability Corporation’s recent report entitled Summer Reliability Assessment, May 2022, for an in-depth discussion of electric grid reliability going into the 2022 summer. 6    Please see “The Inflation Reduction Act Drives Significant Emissions Reductions and Positions America to Reach Our Climate Goals,” published by the US DOE as DOE/OP-0018, August 2022. 7     Please see “Multiple Solar PV Disturbances in CAISO, Disturbances between June and August 2021, April 2022,” published by the North American Electric Reliability Corporation. 8    Please see “Summary of Activities, BPS-Connected Inverter-Based Resources and Distributed Energy Resources,” published by NERC in September 2019.   Investment Views and Themes  New, Pending And Closed Trades WE WERE STOPPED OUT OF OUR LONG SPDR S&P METALS & MINING ETF (XME) TRADE ON AUGUST 29, 2022 WITH A RETURN OF 19.43%. WE WILL RE-ESTABLISH A LONG POSITION IN THE XME AT TONIGHT'S CLOSE. Strategic Recommendations Trades Closed in 2022

Executive Summary China Copper Consumption Failed To Revive Post-Pandemic China Copper Consumption Failed To Revive Post-Pandemic China Copper Consumption Failed To Revive Post-Pandemic A greater-than-expected contraction in manufacturing and construction in China – evidenced by the latest PMI and home sales data – will keep pressure on copper prices. Higher inflation will continue to drive the cost of labor, fuels and materials higher. Lower copper prices and higher input costs will weaken margins, leading to reduced capex. This also will put pressure on the rate of spending on projects already sanctioned. Payouts to shareholders – buybacks and dividends – will fall, reducing the appeal of miners’ equities. Debt-service costs will rise as interest rates are pushed higher by central banks. Civil unrest in critically important metals-producing provinces is forcing some miners to suspend production guidance. This will be exacerbated in Chile by changing tax regimes, which likely will reduce capex as well. Bottom Line: As global demand for copper increases with the renewable-energy transition and higher arms spending in Europe, miners’ ability to expand supply is being seriously challenged. Falling prices and rising costs – along with higher tax burdens and civil unrest in key mining provinces – are forcing copper miners to lower production and capex guidance, which will redound to the detriment of supply growth. With demand expected to double by 2030-35, copper prices will have to move higher to keep capex flowing to support supply growth. We remain long the XME ETF as the best way to express our bullish, decade-long view. Feature Just as the world is scrambling to develop additional energy supplies in the wake of Russia’s invasion of Ukraine, copper supplies – the critical element of the renewable-energy buildout – are being squeezed by an unusual convergence of fundamental, financial and social factors. Chart 1China Copper Consumption Failed To Revive Post-Pandemic China Copper Consumption Failed To Revive Post-Pandemic China Copper Consumption Failed To Revive Post-Pandemic Firstly, copper demand is weak, which, all else equal, is suppressing prices. This is largely down to China’s zero-tolerance COVID-19 policy, and uncertainty over whether the EU will be pushed into a massive recession, following the cutoff of its natural gas supplies from Russia. These are two of the three major pillars of the global economy, and their economies are entwined via trade in goods. China’s COVID-19 policy is hammering its critically important property market – sales were down almost 40% y/y in July – and forcing a contraction in manufacturing. Construction represents ~ 30% of total copper demand in China. Manufacturing is contracting, based on China’s official July PMI report, which showed the index fell below 50 to 49.0 for July.1 Related Report  Commodity & Energy StrategyOne Hot Mess: EU Energy Policy China accounts for more than half of global copper demand, and, because of its zero-tolerance COVID-19 policy, was the only major economy to register a year-on-year contractions in copper demand throughout the pandemic up to the present (Chart 1). The EU accounts for ~ 12.5% of global copper demand, which we expect will continue to be supported by the bloc’s renewable-energy and defense buildouts.2 We noted in earlier research the odds of the EU going into recession remain high as the bloc scrambles to prepare for winter, in the wake of its attempts to replace its dependence on Russian natural gas supplies.3 We continue to expect the EU will avoid a major recession, and that it will be able to navigate this transition, leaving it on a better energy footing in subsequent years.4 Lower Copper Prices Will Hurt Capex Chart 2Copper Price Rally Fades Copper Price Rally Fades Copper Price Rally Fades After bottoming in March 2020 at $2.12/lb on the COMEX, copper prices staged a 125% rally that ended in March of this year. This was due to the post-pandemic reopening of most economies ex-China, which was accompanied by massive fiscal and monetary stimulus that super-charged consumer demand. Copper prices have since fallen ~33% from their March highs on the back of a substantial weakening of demand resulting from China’s zero-tolerance COVID policy and a concerted global effort to rein in the inflation caused by governments’ largess (Chart 2). Most year-end 2021 capex expectations for 2022 and into the future among copper miners were drawn up prior to the price collapse in June. After that, fear of central-bank policy mistakes – chiefly over-tightening of monetary policy that pushes the global economy into recession – and weak EM demand took prices from ~ $4.55/lb down to less than $3.20/lb by mid-July. A strong USD also pushed demand lower during this time. Chart 3DRC Offsets Chile, Peru Weakness Copper Capex Under Pressure Copper Capex Under Pressure Following the copper-price rout, miners are re-thinking production goals, dividend policy and capex. Social and governance issues also are contributing to weaker copper output. Rio Tinto, for example, notified markets it would shave $500mm from its $8 billion 2022 capex budget. For 1H22, Rio cut its dividend to $2.67/share from $5.61/share in 1H21. Elsewhere, Glencore said copper output from its Katanga mine in the DRC now is expected to come in 15% lower this year, at 1.06mm MT, owing to geological difficulties. Separately, output guidance for Chinese miner MMG Ltd’s Las Bambas mine in Peru has been suspended, following a 60% drop in production. The company expected it would be producing up to 320k tons this year. Civil unrest at Las Bambas has been ongoing since production started in 2016, according to Reuters. Big producers like Chile and Peru – accounting for ~ 35% of global ore production – along with the DRC face multiple challenges. Chile accounts for ~ 25% of global copper ore production. Its output fell ~ 6% in 2Q22 vs year-earlier output due to falling ore quality, water-supply constraints, and rising input costs (Chart 3). Chile’s government expects copper ore output to decline 3.4% y/y in 2022, with many of the country’s premier mines faltering (Chart 4). Chart 4Chile Expecting Lower Copper Output Copper Capex Under Pressure Copper Capex Under Pressure Chile also is proposing to increase taxes and royalties, to raise money for its budget. However, this may have the effect of driving away investment in the country’s copper mining industry. Fitch notes, “Increased costs will decrease mining cash flows and discourage new mining investments in Chile, favoring the migration of investors to other copper mining districts.”5 BHP Billiton, on que, said it will reconsider further investment in Chile, if the new legislation is approved. Renewables Buildout Will Widen Copper Deficit Markets appear to be trading without regard for the huge increase in copper supply that will be required for the global renewable-energy transition, to say nothing of the upcoming re-arming of the EU and continued military spending by the US and China. In our modeling of supply-demand balances, we move beyond our usual real GDP-based estimates of demand, which estimates the cyclical copper demand, and include assumptions for the demand the green-energy transition will contribute. Hence, this additional copper demand for green energy needs to be added to the copper demand forecast generated by the model. Using projections for global supply taken from the Resource and Energy Quarterly published by the Australian Government’s Department of Industry, Science and Resources, we estimate there will be a physical refined copper deficit of 224k tons in 2022 and 135K tons next year (Chart 5). Among other things, we are assuming refined copper demand will double by 2030 and reach 50mm tons/yr by then. This is a somewhat more aggressive assumption than S&P Global’s estimate of demand doubling by 2035. If we assume refined copper production is 2% lower than the REQ’s estimate, we expect the physical deficit in the refined copper market rise to a ~ 532k-ton deficit in 2022 and ~ 677k-ton deficit in 2023. These results including renewables demand highlight the need to not only account for cyclical demand but also the new demand that will be apparent as the EU, the US and China kick their renewables investments into high gear. Importantly, this kick-off is occurring with global commodity-exchange inventories still more than ~ 35% below year-ago levels (Chart 6). Chart 5Coppers Deficit Will Narrow On Lower Demand Coppers Deficit Will Narrow On Lower Demand Coppers Deficit Will Narrow On Lower Demand ​​​​​​ Chart 6Exchange Inventories Remain Exceptionally Low Exchange Inventories Remain Exceptionally Low Exchange Inventories Remain Exceptionally Low ​​​​​​ Investment Implications Copper prices will have to move higher to keep capex flowing to support supply growth normal cyclical demand and renewable-energy demand will require over coming decades. Falling prices and rising costs – along with higher tax burdens and civil unrest in key mining provinces – are forcing copper miners to lower production and capex guidance, which will redound to the detriment of supply growth. This situation cannot persist unless governments call off their renewable-energy transition, and, in the case of the EU, their efforts to re-arm Europe’s militaries following the invasion of Ukraine by Russia. We remain bullish base metals, particularly copper. We remain long the XME ETF as the best way to express this decade-long view. Commodities Round-Up Energy: Bullish OPEC 2.0 agreed a token increase in oil production Wednesday of 100k b/d, partly as a sop to the US following President Biden’s visit to the Kingdom last month. KSA will be producing close to 11mm b/d in 2H22. We have argued this is about all KSA will be willing to put on the market, in order to maintain some spare capacity in the event of another exogenous shock. OPEC 2.0 spare capacity likely falls close to 1.5mm b/d in 2023 vs. an average of 3mm b/d this year, which will limit the capacity of core OPEC 2.0 – KSA and the UAE – to backstop unforeseen production losses. Separately, the US EIA reported total US stocks of crude oil and refined products rose 3.5mm barrels (ex SPR inventory). Demand for refined products in the US was down 28mm barrels in the week ended 29 July, or 4mm b/d. We continue to expect prices to average $110/bbl this year and $117/bbl next year (Chart 7). Base Metals: Bullish China flipped from a net importer of refined zinc in 2021 to a net exporter for the first half of 2022, despite a high export tax on the metal. This is indicative of the premium Western zinc prices are commanding over the domestic price. Chinese zinc demand has fallen, following reduced manufacturing activity and an ailing property sector. Thursday’s Politburo meeting did little to encourage markets of a Chinese rebound later this year. A subdued Chinese recovery, along with European zinc smelters operating at reduced capacity, if at all, could see this reversal in trade flow perpetuate for the rest of the year. Precious Metals: Bullish As BCA’s Geopolitical Strategy highlighted, US House Speaker Nancy Pelosi’s visit to Taiwan will increase tensions between the US and China but will not lead to war. For now. Increased uncertainty normally is good for gold and its rival, the USD. While geopolitical uncertainty from Russia’s invasion of Ukraine initially buoyed the yellow metal, gold has since dropped below the USD 1800/oz level. The greenback was the main beneficiary from the war (Chart 8). It is yet to be seen how this round of geopolitical risk will impact gold and USD, with the backdrop of increasing odds of a US recession and a hawkish Fed. Chart 7 Brent Backwardation Will Steepen Brent Backwardation Will Steepen Chart 8 Gold Prices Going Down Along With USD Gold Prices Going Down Along With USD   Robert P. Ryan Chief Commodity & Energy Strategist rryan@bcaresearch.com Ashwin Shyam Research Analyst Commodity & Energy Strategy ashwin.shyam@bcaresearch.com Paula Struk Research Associate Commodity & Energy Strategy paula.struk@bcaresearch.com   Footnotes 1      Please see China’s factory activity contracts unexpectedly in July as Covid flares up published by cnbc.com on July 31, 2022. The PMI summary noted contractions in oil, coal and metals smelting industries led the index’s decline. 2     Please see One Hot Mess: EU Energy Policy, which we published on May 26, 2022, for additional discussion. 3     Please see Copper Prices Decouple From Fundamentals, which we published on July 7, 2022. It is available at ces.bcaresearch.com. 4     Please see Energy Security Rolls Over EU's ESG Agenda published on July 28, 2022. It is available at ces.bcaresearch.com. 5     Please see Proposed Tax Reform Weakens Cost Positions for Chilean Miners (fitchratings.com), published by Fitch Ratings on July 7, 2022.   Investment Views and Themes Strategic Recommendations Trades Closed in 2022

Dear Client, This week, we present our inaugural report on ESG investing and the global energy transition. Henceforth, we will be publishing this research on the last Thursday of every month. Our principal ESG focus will be on the Environmental aspects of climate change, and the policies and actions undertaken to arrest the rise in the Earth's temperature via decarbonization. To date, the goal of Environmental policy in many jurisdictions – e.g., the US and EU – has been to disincentivize exploration, production, refining and transportation investment in hydrocarbons. At the same time, it has strongly incentivized investment in renewable-power generation. This has produced volatile marginal effects, forcing commodity markets to allocate increasingly scarce energy and metals supplies against a backdrop of increasing demand. It is at this nexus where investment opportunities will emerge. ESG's Social and Governance pillars are slower-moving change agents, with long-duration effects. Human-rights failures can destroy lives and lead to social unrest. Failed corporate governance and national governance can sharply alter firms' abilities and willingness to invest in environmentally responsible resource development. Failure in both dimensions can profoundly affect commodity supply-demand balances, and imperil the energy transition. Much of what passes for ESG measurement and compliance is self-reported – when data are available – and differs little from PR or virtue signaling. This is starting to change. Over the next 2-3 years, we expect a continued increase in government involvement in standardizing ESG reporting – cf, the SEC's recent proposal for reporting Scope 1, 2 and 3 emissions, and an increased focus on carbon pricing, which we believe will require a global carbon tax or carbon-price floor. This will be needed to incentivize investment in renewables and carbon-reduction and -capture technology, given the near-impossibility of harmonizing local and regional carbon-trading schemes. Otherwise climate clubs – i.e., trading blocs comprising states with shared ESG goals – will emerge, which will further fragment global trade. We are hopeful you will find this research useful in your decision making and investing. Bob Ryan Managing Editor, Commodity & ESG Strategy Executive Summary Fossil Fuels Dominate Global Energy Mix Fossil Fuels Dominate Global Energy Mix Fossil Fuels Dominate Global Energy Mix Whether or not the SEC's proposal to disclose Scope 1, 2 and 3 emissions and other risk factors by firms it regulates will be adopted in whole or in part, we are confident it foreshadows deeper government involvement in the ESG arena in the near term in the US and EU. Carbon pricing will become increasingly important in global climate-change policy. We believe this will require a global carbon tax or carbon-price floor to incentivize investment in renewables and carbon-reduction and -capture technology. Failure to agree on at least a carbon price floor over the next 2-3 years almost surely will lead to the formation of climate clubs. In such clubs, like-minded states with similarly rigorous carbon-pricing and ESG disclosure requirements will allow trade among each other, but will levy tariffs against firms in states lacking such policies. Bottom Line: Governments are approaching a reckoning on their commitments to reduce or slow CO2 and greenhouse-gas (GHG) emissions. These are meant to hold the rise in the Earth's temperature to less than 2° C, or to approach the 1.5° C goal of the Paris Agreement. Reporting mandates like the EU's and the SEC's proposed CO2/GHG reports will help, as will increased subsidies and tax support for carbon-capture and hydrogen technology. However, a global carbon tax or carbon-price floor will be required to incentivize the investment needed to meet climate-change goals. Feature Voluntary programs and self-reporting are not reducing the concentration of CO2 and other GHGs fast enough to stay on track to meet Paris Agreement targets of holding the rise in the Earth's temperature to less than 2° C vs, pre-industrial levels, or preferably to 1.5° C. Over the next couple of years, we believe states will have to mandate additional ESG reporting – particularly on CO2 and other GHG emissions – and will require audits of programs and reports connected to GHG emissions, given the scope of what they are trying to accomplish. The EU got the ball rolling on reporting emissions, and now the US SEC is proposing new regulations as well. These will require the firms it regulates to disclose Scope 1, 2 and 3 emissions and other climate-related factors that constitute material risks to revenues and profits.1 Regardless of whether this proposal makes it through the legislative process, firms with operations in the EU will have to comply with similar reporting requirements if similar proposals are approved. Growing Energy Demand Fuels Higher CO2 Emissions World electricity demand – the principal focus of the global energy transition – grew 6% last year, on the back of strong GDP growth and weather-related demand. 2021 saw the highest electricity demand growth recorded by the IEA in the post-GFC recovery that began in 2010, amounting to 1,500 Twh year-on-year. Coal covered more than half of the growth in global electricity demand last year, and has constituted a major chunk of the electricity mix over a longer historical sample. Based on data starting in 2000, the world – primarily EM – has been net positive coal-fired power capacity (Chart 1) which reached an all-time high in 2021 as well, rising 9% y/y, while gas-fired generation grew 2%. The increase in fossil fuel generation pushed CO2 emissions globally up almost 6% to record highs. Renewable generation grew by 6% last year and is expected to meet most of the increase in electricity demand over the 2022-24 period with 8% p.a. growth, according to the IEA. Coal demand surged on the back of robust economic growth and weather-related factors, which helped propel global CO2 emissions to a record high at just over 36 billion MT in 2021, according to the IEA. This reversed the downturn in 2020 caused by the COVID-19 pandemic (Chart 2). Higher methane and nitrous oxide emissions, plus CO2 released by oil and gas flaring, lifted total energy-related GHG emissions to record levels last year as well. Chart 1Coal-Fired Power Has Been A Constant Looking Through ESG Virtue Signaling Looking Through ESG Virtue Signaling Chart 2Fossil Fuels Dominate Global Energy Mix Fossil Fuels Dominate Global Energy Mix Fossil Fuels Dominate Global Energy Mix We find evidence of a long-run relationship between real GDP and carbon dioxide emissions (Chart 3). This likely plays out through cointegration between oil consumption with real GDP, a relationship we exploit when estimating our monthly oil balances. While the income elasticity for emerging economies reliant on manufacturing – e.g., India and China – is positive, for the EU, a bloc of developed nations, that elasticity turns negative. This is consistent with the hypothesis of the Environmental Kuznets Curve, which states that initial increases in GDP per capita are associated with environmental degradation, however, beyond a point, income increases are associated with lower environmental damage.2 Interesting, as well, is the lack of any cointegration between GDP and US CO2 emissions. That may be due to the increased use of natgas vs. coal, and the fact that the energy intensity of US GDP continues to fall. Energy demand levels, including electricity, continues to exceed renewables supply. So even though renewable-energy generation growth is expected to meet 90% of energy demand growth from 2022 to 2024, the accumulation of CO2 and other GHGs will continue keeping the level of pollutants rising over that period. Chart 3CO2 Closely Tied To GDP CO2 Closely Tied To GDP CO2 Closely Tied To GDP   Recent research on global CO2 emissions growth for different countries based on historical values for population, GDP per capita and carbon intensity (measured as CO2 emissions per unit of GDP) projects median annual CO2 emissions in 2100 will be 34 Gigatons (Chart 4).3 This is significantly higher than the emissions required to keep temperature increases under 2° C by the end of the forecast period. The forecast is accompanied by four other CO2 emission scenarios provided by the Intergovernmental Panel on Climate Change (IPCC). Chart 4CO2 Projected Increases Overshoot Paris Agreement Targets Looking Through ESG Virtue Signaling Looking Through ESG Virtue Signaling Carbon Tax Needed One of our high-conviction views is governments worldwide need to agree a global carbon tax that can be applied directly to CO2 emissions.4 If a global carbon tax cannot be agreed, a global carbon-price floor also could be used to incentivize the investment needed to meet climate-change goals. An IMF analysis entitled "Five Things To Know About Carbon Pricing" published in September notes: "An international carbon price floor can be strikingly effective. A 2030 price floor of $75 a ton for advanced economies, $50 for high-income emerging market economies such as China, and $25 for lower-income emerging markets such as India would keep warming below 2°C with just six participants (Canada, China, European Union, India, United Kingdom, United States) and other G20 countries meeting their Paris pledges." There may be legitimate grounds for arguing over the point at which the tax is collected – i.e., at the production or consumption stages – but, in our view, this would be far superior (and quicker to implement) than trying to harmonize the different carbon-trading schemes worldwide. In addition, the revenues generated by the tax would allow governments to protect the interests of lower-income constituencies, which are most adversely affected by such regressive taxes. We also have maintained failure to agree a carbon tax of some form over the next 2-3 years almost surely will lead to the formation of climate clubs, a notion pioneered by William Nordhaus, the 2018 Nobel Laurate.5 In Nordhaus's clubs, like-minded states with similarly rigorous carbon-pricing and ESG disclosure requirements will allow trade among each other, but will levy tariffs against firms in states lacking such measures. There is some evidence China already is preparing for this eventuality by limiting the export of high-carbon products to consumer states with strong climate-protection laws. For example, the EU last year rolled out a Carbon Border Adjustment Mechanism (CBAM), which it describes as "a climate measure that should prevent the risk of carbon leakage and supports the EU's increased ambition on climate mitigation, while ensuring WTO compatibility."6 Investment Implications Governments are moving quickly to address shortcoming in existing CO2 and GHG reduction policies. Among other things, the EU and US are proposing mandatory reporting on these emissions covering Scope 1, 2 and 3 emissions. In addition, China is refining its five-year plan to limit high-carbon exports, so that it does not run afoul of the EU's CBAM. We expect more of such measures going forward, as CO2 and GHG emissions continue to accumulate in the atmosphere at a rate that cannot be offset by existing policy.   Robert P. Ryan Chief Commodity & Energy Strategist rryan@bcaresearch.com Ashwin Shyam Research Analyst Commodity & Energy Strategy ashwin.shyam@bcaresearch.com Paula Struk Research Associate Commodity & Energy Strategy paula.struk@bcaresearch.com     Footnotes 1     Scope 1 covers GHG emissions firms directly generate on their own; Scope 2 applies to emissions indirectly created a purchasing electricity and other forms of energy; and Scope 3 covers indirect emissions produced up and down the firms' supply chain.  These are deemed to be material risks that could impact firms' revenues and profitability, hence necessary information for investors and market participants generally.  Please see SEC Proposes Rules to Enhance and Standardize Climate-Related Disclosures for Investors, published by the SEC on March 21, 2022. 2     For more information on this, please see ScienceDirect’s page on the Environmental Kuznets Curve.  3    Please see Country-based rate of emissions reductions should increase by 80% beyond nationally determined contributions to meet the 2 degree Celsius target (Liu and Rafter, 2021), published in Nature. 4    Please see Surging Metals Prices And The Case For Carbon-Capture, which we published on May 13, 2021. It is available at ces.bcaresearch.com. 5    Please see Nordhaus, William (2015), "Climate Clubs: Overcoming Free-riding in International Climate Policy," American Economic Review 105:4, pp. 1339–1370. 6    Please see Carbon Border Adjustment Mechanism: Questions and Answers, published by the European Commission on July 14, 2021. See also China issues guidelines under 14th 5-year plan to limit high-carbon product exports, published by S&P Global Platts on April 7, 2022. Platts notes this likely will be China's first FYP to include limits on "high-carbon products from the (refining and petrochemical) industry amid China's carbon neutrality journey. This comes amid expectations that foreign countries may levy tariffs like the EU's Cross Border Adjustment Mechanism, or CBAM, on such products in the future." Investment Views and Themes Recommendations Strategic Recommendations Trades Closed in 2022   Image

Executive Summary Copper Will Remain Tight Even In Recession Copper Will Remain Tight Even In Recession Copper Will Remain Tight Even In Recession Supply-chain disruptions arising from Russia's invasion of Ukraine and demand hits from lockdowns in Shanghai are increasing the odds of a global recession, which can be seen in the WTO's latest economic forecast. Cyclical base-metals demand, particularly copper's, will slow in a recession. Still, markets will remain physically short and well bid, as incremental demand from the global renewable-energy and defense buildouts gathers strength. Global GDP growth will return to trend in 2024. Renewables and defense-related demand will continue to power ahead. Physical deficits will persist. Copper-supply growth increasingly is tied to local political risk – e.g., Chile's government sued miners over water-use disputes this month. Miners now are seeking assurances investment will be protected before committing to higher capex. The environmental stain arising from the global competition for metals will redound to the benefit oil and gas E+Ps involved in natural gas and hydrogen production. Bottom Line: A higher likelihood of a global recession will not diminish the drive to secure base metals critical to renewables and defense, particularly copper. This will keep metals bid and inventories strained. Stagflation likely ensues. We remain long commodity-index exposure expecting longer-term backwardation, and ETFs with exposures to the equity of miners. We continue to expect copper prices to average $5/lb on the COMEX this year, and $6/lb in 2023. Feature The World Trade Organization (WTO) released a sharply lower expectation for global growth this week – from a robust 5.7% rate in 2021 to 2.8% this year and 3.2% next year.1 This effectively translates into a global recession arriving this year. The WTO forecast also calls for global merchandise trade volume to grow 3.0% in 2022 and 3.4% in 2023, which also will dampen cyclical aluminium demand. Related Report  Commodity & Energy StrategyCopper Will Grind Higher The WTO's forecast is one of the first among major agencies to incorporate the impact of the Ukraine war and supply-chain disruptions arising from lockdowns in Shanghai. If the WTO's forecast is realized, cyclical copper and base metals demand will slow, but markets will remain physically short – i.e., in deficit – and well bid, in our view (Chart 1). Incremental demand from the global renewable-energy and defense buildouts in the Big 3 military-industrial blocs – the EU, US and China – will gather strength and keep metals markets tight over the course of this decade (Chart 2). Chart 1Copper Will Remain Tight Even In Recession Copper Will Remain Tight Even In Recession Copper Will Remain Tight Even In Recession Chart 2Copper Inventories Will Remain Tight Copper Demand Will Ignore Recession Copper Demand Will Ignore Recession Global refined copper demand is highly sensitive to GDP growth: While not exactly a 1-for-1 correspondence, a 1% increase in global GDP translates into a 0.76% increase in refined copper demand. A 1% increase in EM GDP translates into a 0.54% increase in refined copper demand in these economies (Chart 3). Interestingly, our modeling finds DM GDP growth has had little if any effect on global refined copper demand, most likely because, historically, DM economies were not building infrastructure to the extent EM economies, particularly China and the Asian Tigers, has been building over past decades. Chart 3World, EM GDP Drive Copper Demand World, EM GDP Drive Copper Demand World, EM GDP Drive Copper Demand Estimating New Incremental Copper Demand The DM base metals demand profile – particularly for copper – is set to change dramatically following the Russian invasion of Ukraine. Russian aggression prompted the EU to double-down on its renewable energy build-out, and to restore a credible military to protect its borders and the safety of its citizens. Both of these efforts will be funded by new bond-issuance programs from the EU. Practically, this means the EU will join the US and Chinese military-industrial complexes in the global competition for critical materials required for the renewable-energy and defense buildouts. The EU and China already were active on the renewables side; it is the US that will be joining that race on a larger scale following the passage of legislation by the Biden administration to fund and incentivize renewables.2 The US and China have been in an intense competition to build military capacities; now the EU joins that race. None of these military-industrial complexes will provide actual spending estimates for these buildouts, which means markets have to continually revise their supply-demand estimates for base metals as data becomes available. Copper markets provide the best data for such an exercise – it is the bellwether market for base metals, with useful data to estimate supply and demand. As a starting point for our estimation of copper balances going forward, we assume global cyclical demand will remain a function of global GDP; EM demand also can be modelled using EM GDP as an explanatory variable. We also assume that the 10 years ending in 2030 will require refined copper production to double in order to meet demand for renewable-energy and from the military-industrial complex globally. We make some reasonable first approximations of what this will look like initially, and then will iterate as actual data becomes available. Chart 1 shows the evolution we expect for global consumption as a function of cyclical and incremental demand. On the supply side, we use estimated annual production for refined copper production from the Australian government's Department of Industry, Science, Energy and Resources, and the World Bureau of Metals Statistics. We note there are a few noteworthy projects due to come on line – e.g., Canada (Kena Gold-Copper project; Blue Cove Copper Project); Congo (Kamoa-Kakula project ramping up); Peru (Quellaveco) and Chile (Pampa Norte). We again note that copper supply in critically important states accounting for huge shares of global production – e.g., Chile (30% of global mining output) and Peru (10%) – increasingly is vulnerable to local political risks.3 Chile, in particular, is facing environmental and political challenges on the mining side: It is in the 13th year of a drought, which forced the government to institute water rationing in the capital Santiago this week. In addition, last week the federal government sued major mining companies over water-rights disputes. Our price view will evolve as we get data on cyclical and incremental demand, and supply additions.We would note in this regard major miners already are sounding the alarm on how difficult it will be to lift supply over the next 10 years given the likely demand markets will be pricing in. For now, we are maintaining our expectation COMEX copper prices will average $5/lb this year and $6/lb next year, and that markets will remain backwardated with inventories remaining under pressure (Chart 2).4 Investment Implications Base metals markets – copper included – are facing a moment of reckoning in terms of being able to support the global push for renewable energy. While the odds of a global recession in the wake of Russia's invasion of Ukraine and China's lockdowns to address the COVID-19 outbreak in Shanghai are higher – which ordinarily would point to inventory accumulation, all else equal – we believe markets will remain tight. A recession will cause cyclical demand to soften, which, along with marginal new supply, will keep the COMEX forward curve relatively flat over the short term (3-9 months). However, over the next two years and beyond, supply will not be coming on fast enough to offset cyclical and incremental demand from the global renewables and defense buildouts (Chart 3). This will keep copper markets in physical-deficit conditions, and inventories will have to draw to meet demand (Chart 4). We expect this will translate into renewed backwardation in the COMEX forward curve. Chart 4Global Inventories Will Continue To Draw Copper Demand Will Ignore Recession Copper Demand Will Ignore Recession Chart 5Backwardation Will Re-emerge Backwardation Will Re-emerge Backwardation Will Re-emerge We remain bullish copper over the medium and longer terms, and remain long commodity index exposure expecting a return of backwardation in COMEX copper, and the XME ETF, which gives us exposure to base metals miners (Chart 5).   Robert P. Ryan Chief Commodity & Energy Strategist rryan@bcaresearch.com Ashwin Shyam Research Analyst Commodity & Energy Strategy ashwin.shyam@bcaresearch.com Paula Struk Research Associate Commodity & Energy Strategy paula.struk@bcaresearch.com   Commodity Round-Up Energy: Bullish US LNG exports hit record highs again in March, continuing a streak that began in December 2021. Exports averaged 11.9 Bcf/d for the month, on the back of new liquefaction capacity coming on line at the beginning of March. The US EIA is expecting LNG exports to average 12.2 Bcf/d this year, which would represent a 25% increase in shipments abroad. This US is accounting for the bulk of European LNG exports at present. European storage ended March at 26% of capacity, vs. a five-year average capacity of 34% at end-March. Separately, China became the largest importer of LNG in the world in 2021, displacing Japan for the top spot. According to the EIA, China’s LNG imports averaged 10.5 Bcf/d last year, which was close to 20% above 2020 levels. China's LNG imports exceeded Japan's , a 1.7 Bcf/d (19%) increase over its 2020 average, and 0.8 Bcf/d more than Japan’s imports. Base Metals: Bullish The Fraser Institute released a report assessing states’ and countries’ mining investment attractiveness for 2021. Investment attractiveness is measured by accounting for the mineral availability in the region and the effect of government policy on exploration investment. Western Australia topped the charts, while the copper-rich nations of Chile and Peru ranked 38th and 49th. This is telling of the policy adversity and uncertainty towards mining in these two countries and resonates with a BHP executive’s remarks a few weeks ago. Last week, the Chilean government sued mines operated by BHP, Albemarle, and Antofagasta over alleged environmental damage. One of the mines sued is BHP’s Escondida, the world’s largest copper mine. Precious Metals: Bullish According to Impala Platinum, palladium and rhodium prices are expected to rally for the next four-to-five years on tight market fundamentals. Low palladium supply coupled with an increase in the metal’s demand for catalytic converters, as pollution control regulations tighten, are causing the supply squeeze. On April 8 London’s Platinum and Palladium Market suspended Russian refiners from minting platinum and palladium for the London market, boosting the price of both metals (Charts 6 and 7). Russia supplies 10% and 40% of global mined platinum and palladium respectively. Depending on the period of the suspension, Europe may need to substitute Russian imports of the metals from South Africa. Chart 6 Copper Demand Will Ignore Recession Copper Demand Will Ignore Recession Chart 7 Copper Demand Will Ignore Recession Copper Demand Will Ignore Recession       Footnotes   1     Please see the WTO's "TRADE STATISTICS AND OUTLOOK: Russia-Ukraine conflict puts fragile global trade recovery at risk," released by the WTO on April 12, 2022. Revisions are subject to the evolution of the war in Ukraine following Russia's invasion in February 2022. 2     Worthwhile noting here the Biden Administration in the US invoked the Defense Production Act (DPA) to "to support the production and processing of minerals and materials used for large capacity batteries – such as lithium, nickel, cobalt, graphite, and manganese." In addition, the US Department of Defense will be tasked in implementing this authority. Lastly, the White House readout notes, "The President is also reviewing potential further uses of DPA – in addition to minerals and materials – to secure safer, cleaner, and more resilient energy for America." Practically, the US and China are treating access to critical materials as a defense issue. The EU likely joins this club in the very near future. 3    Please see our report from February 24, 2022 entitled Copper Will Grind Higher for additional discussion. It is available at ces.bcaresearch.com. 4    Please see, e.g., Bigger investment in mining needed to meet climate goals, says LGIM, published by ft.com on  April 5, 2022. The article summarizes a study done by Legal & General Investment and BHP, which notes that without a significant increase in mining activity – which is itself a hydrocarbon-intensive undertaking – there will not be sufficient supplies to achieve the IEA's 2050 net-zero goals.     Investment Views and Themes Strategic Recommendations Trades Closed in 2021 Image  

Dear client, In lieu of April 18 publication, I will be hosting our quarterly webcast. Our regular weekly publication will resume Monday, April 25. Kind Regards, Irene Tunkel Chief Strategist, US Equity Strategy   Executive Summary R&D Is Paying Off Is It Time To Invest In "Green And Clean"? Is It Time To Invest In "Green And Clean"? What Is Renewable Energy: It consists of  new utilities companies that generate electricity using clean technologies including wind, solar, hydro, biomass, geothermal, nuclear and other. Currently, renewables are becoming a dominant source of new power generation as their costs becoming comparable to the ones of traditional fossil fuels.  Industry Breakthroughs: Increased renewables adaptation is possible due to several technological advancements including improved battery storage, implementation of smart grid networks, and an increase in carbon capture activities. Renewables And Cleantech Investment Characteristics: The majority of renewable energy and cleantech companies tend to be smaller than established utilities. As a result, they are highly correlated with the small-cap growth indices. Key Macroeconomic Drivers: Just like small caps, renewables are highly sensitive to economic growth and monetary conditions. Currently, rolling over global PMIs as well as tightening liquidity conditions spell trouble for the sensitive green-tech stocks. Fundamentals Overview: The industry is characterized by extremely volatile fundamental data, once again underscoring its small-cap growth-like nature. That said, margins are healthy, capex growth is in the positive territory, while valuations are on the expensive side. The policy backdrop is also favorable, as we will show in a sequel to this report. Bottom Line: On a structural basis, renewable energy and cleantech companies are at the core of the global push to diversify energy sources and mitigate climate change. They enjoy a temporary tailwind from the US administration and a more lasting tailwind from the geopolitical need for energy security. However, over the near term, renewables face headwinds from tighter monetary policy and slowing growth. Feature Introduction Climate change is at the forefront of many investors’ minds. BCA Research has covered some of the key trends and challenges in the Climate Change Special Report, published three years ago, and in its coverage of the Biden administration. But this subject is just as relevant today. For much of the past decade, renewable energy and clean technology companies have flourished, enjoying tailwinds from a secular push towards green and renewable energy (Chart 1). However, in February 2021, the group collapsed with many clean energy stocks down more than 50% off-peak. Recently, renewables have rebounded on the back of the war in Ukraine and the surge in energy prices and diversification (Chart 2). Chart 1The Industry's Performance... The Industry's Performance... The Industry's Performance... Chart 2...Is Very Volatile Is It Time To Invest In "Green And Clean"? Is It Time To Invest In "Green And Clean"? In this report, we conduct a “deep dive” into various types of renewable energy and clean technologies, to gauge their commercial potential and investment attractiveness. We will try to get to the bottom of the question of whether “green and clean” is a lucrative investment theme, and when may be a good entry point. What Is “Green And Clean”? According to International Renewable Energy Agency (IRENA), 90% of all decarbonization in 2050 will involve renewable energy through a direct supply of low-cost power, efficiency, electrification, bioenergy with carbon capture, and green hydrogen. All of these technologies fall into one of the two intertwined tracks: Renewables and Cleantech. Renewable Energy Companies Are The New Utilities Renewable energy is mostly represented by the companies in the Utilities sector that generate power from sustainable sources, such as solar photovoltaic (PV), wind, hydropower, and renewable hydrogen in fuel cells. These companies then sell that electricity at either market or contracted rates. Despite the novel technologies they leverage, from an investment standpoint, these companies are not much different than traditional utilities in terms of their business model. However, a whole ecosystem has developed around solar and wind energy-producing companies: Producers of raw materials, manufacturers of solar batteries, wind turbines, and systems and components, along with companies that offer installation and maintenance services. Many of these companies may be described as Cleantech. Cleantech Is A High Tech Take On Solving Climate Change Cleantech uses nascent technologies to reduce the carbon footprint of mundane human activities, such as heating homes, driving, and growing food supplies. Technologies being developed are energy storage batteries, smart grid implementation, carbon capture, energy efficiency, and many others. In addition, the Cleantech sector includes renewable energy equipment manufacturers that produce such components as wind turbines, solar panels and cells, and solar inverters. Clearly, Cleantech has a broad reach and spans a wide range of sectors, such as Technology, Material, and Industrials (Table 1). Cleantech offers more tech-like higher-risk, higher-reward potential payoffs than renewable energy production. Let’s take a close look at these technologies. Table 1Renewables Performance Statistics Versus S&P Sectors Is It Time To Invest In "Green And Clean"? Is It Time To Invest In "Green And Clean"? Renewable Energy Renewable Energy Sources Are Replacing Fossil Fuels Over the past 20 years, this country has made significant strides in shifting its energy generation toward renewable sources away from fossil fuels, increasing the share of clean energy from 3.7%  in 2000, to 10% in 2020 (Chart 3). Non-hydro renewable generation, which includes wind, solar, geothermal, and biomass sources of power, accounted for 65% of US renewable electricity production in 2020. Chart 3A Structural Trend Is It Time To Invest In "Green And Clean"? Is It Time To Invest In "Green And Clean"? New Installations Are Dominated By Renewables Chart 4Share Of New Electricity Capacity Is It Time To Invest In "Green And Clean"? Is It Time To Invest In "Green And Clean"? Renewables are becoming a dominant source of new power generation. In terms of new electricity capacity installations, over 80% in the US and 72% globally are renewables, and their share is growing steadily over time (Chart 4). In terms of growth, wind and solar dominate the category, with production increasing nearly exponentially over the past decade (Chart 5). Chart 5USA Renewable Energy Sources Breakdown Is It Time To Invest In "Green And Clean"? Is It Time To Invest In "Green And Clean"? Power Generated By Renewables Is Cheaper Than Power Generated By Fossil Fuels The key reason for the proliferation of green energy generation is that renewable electricity is becoming cheaper than electricity produced by fossil fuels – according to IRENA, 62% of the added renewable power generation capacity had lower electricity costs than the cheapest source of new fossil fuel-fired capacity. Costs for renewable technologies continued to fall significantly over the past year:1 Concentrating solar power (CSP) fell by 85 percent Onshore wind by 56 percent Solar PV by 85 percent Offshore wind by 48 percent  This trend is bolstering the economic case for transitioning to cleaner energy resources (Chart 6). Chart 6R&D Is Paying Off Is It Time To Invest In "Green And Clean"? Is It Time To Invest In "Green And Clean"? Higher Production Translates Into Lower Prices Why are the prices of renewable alternatives falling so fast? Like traditional utilities, renewables require a massive upfront investment and, as a result, enjoy substantial operating leverage. However, with such high upfront costs, to achieve profitability, these companies need high production volumes. In addition, high production levels help these relatively young industries move up the experiential learning curve towards operational efficiencies. From 2010 to 2020, capacity increased nearly 4x for wind, 17.5x for solar PV,2 and 22x for lithium-ion batteries. With the rapid scaling of these technologies, cost declines range between 65-and 90%.3 Solar PV cumulative capacity vs price dynamic is a perfect illustration (Chart 7). Chart 7Solar PV Module Prices Versus Cumulative Capacity Is It Time To Invest In "Green And Clean"? Is It Time To Invest In "Green And Clean"? Key Challenges Of Solar And Wind While solar and wind are the fastest growing and most promising renewable technologies, they are also facing some significant challenges, which imperil their wider adoption. There are limitations in grid connection and flexibility, fluctuations in amounts of energy these sources generate, and a dire need for technological innovation in battery storage and digital tools for demand-side management. Outlook For The Renewables Industry IRENA expects renewables to scale up from 14% of total energy today to around 40% in 2030. Global annual additions of renewable power would triple by 2030 as recommended by the Intergovernmental Panel on Climate Change (IPCC). Solar and wind power will attract a lion’s share of investments (Chart 8). Chart 8Renewable Energy Investment Breakdown Is It Time To Invest In "Green And Clean"? Is It Time To Invest In "Green And Clean"? Breakthroughs In Cleantech Over the past few years, we have seen broad-based commercialization of novel climate-friendly technologies for fueling—no, charging our cars; warming our homes; and cleaning up greenhouse gases resulting from human activities. The following are just a few of the most prominent ones. Battery Storage Renewables like wind and solar are considered variable energy sources as the amount of energy they generate fluctuates over time. Energy supplies could be stabilized if excess supplies of energy could be stored quite literally for a rainy day. Utility-scale lithium-ion battery storage, which has gotten cheaper over time with battery prices decreasing on average by 18% annually from 2010 to 2019, is emerging as a viable option for storing excess energy for future use. Pairing lithium-ion batteries with nearby solar plants is known as “solar plus storage.” The dollar value of the US energy storage market is expected to grow more than twentyfold to nearly $11.5 billion by 2026, from an estimated $513 million in 2018, according to Wood Mackenzie, a global research and consultancy firm. Hydrogen Fuel Hydrogen is a clean fuel that, when consumed in a fuel cell, produces only water. Hydrogen can be produced from a variety of domestic resources, such as natural gas, nuclear power, biomass, and renewable power such as solar and wind. These qualities make it an attractive fuel option for transportation and electricity generation applications. It can be used in cars, in houses, for portable power, and in many more applications. Hydrogen is an energy carrier that can be used to store, move, and deliver energy produced from other sources.4 Today, hydrogen fuel can be produced through several methods. The most common methods are natural gas reforming (a thermal process), and electrolysis. Other methods include solar-driven and biological processes. A hydrogen fuel cell combines hydrogen and oxygen to produce electricity, heat, and water. As hydrogen is high in energy and produces almost no pollution, it can be used as fuel. Fuel cells are similar to batteries in that they produce electricity without combustion or emissions. Unlike batteries, fuel cells do not run down or need to recharge—as long as there’s a constant source of fuel and oxygen. Carbon Capture And Storage Carbon capture and storage (CCS) is the process of capturing carbon dioxide (CO2) before it enters the atmosphere, transporting it, and storing it (carbon sequestration) for centuries. Usually, the CO2 is captured from large point sources, such as a coal-fired power plant, a chemical plant, or a biomass power plant, and then stored in an underground geological formation. The aim is to prevent the release of CO2 from heavy industry with the intent of mitigating the effects of climate change.5 CCS efforts are targeted to neutralize emissions from manufacturing and power generation industries, which together account for about 70% of the world’s emissions.6 Companies like ExxonMobil are exploring direct air capture technology to scrub emissions out of the air and carbonate fuel cells to capture industrial emissions from flue gas streams of power plants or manufacturing facilities. Once considered fringe climate change mitigation methods, these processes are seeing wider acceptance as effective complements to conventional interventions. Smart Grid The smart grid is a planned nationwide network that uses information technology to deliver electricity efficiently, reliably, and securely. It's been called "electricity with a brain," "the energy internet," and "the electronet." Unlike today's grid, which primarily delivers electricity in a one-way flow from generator to outlet, the smart grid will permit the two-way flow of both electricity and information.7 Smart grid development will require investment across a wide range of technologies (Chart 9). Chart 9Smart Grid Investments Breakdown Is It Time To Invest In "Green And Clean"? Is It Time To Invest In "Green And Clean"? Renewables And Cleantech Investment Characteristics The majority of renewable energy and cleantech companies tend to be smaller market cap-wise than established utilities or industrial companies and tend to inhabit small-cap and mid-cap indices. Life span-wise, these are younger companies, many of which are commercializing novel technologies and have high growth potential. It is not surprising that they are highly correlated with the small-cap growth indices (Chart 10). As quintessential growth companies, they reinvest aggressively into their business: Capex growth, while volatile, is high (Chart 11). As a result, many of these companies are highly indebted, although recently many of them have cleaned up their balance sheets (Chart 12). Chart 10Renewables Often Behave Like Small-cap Growth Stocks Renewables Often Behave Like Small-cap Growth Stocks Renewables Often Behave Like Small-cap Growth Stocks Chart 11Volatile Capex Volatile Capex Volatile Capex Chart 12Improving Balance Sheets Improving Balance Sheets Improving Balance Sheets And it is worthwhile to point out that while many renewable energy companies fit squarely into the “utilities” category, don’t expect them to be boring, i.e., be a low volatility investment, or to pay dividends. Sales And Profitability Renewable energy generation and cleantech are good businesses with companies in the Wind index enjoying double-digit margins (Chart 13). Their earnings are also expected to grow at more than 30% per annum, which is consistent with IRENA’s high growth rate forecasts for the industry. Chart 13Steady Margins Steady Margins Steady Margins Valuations Chart 14Cheaper, Yet Still Pricey Cheaper, Yet Still Pricey Cheaper, Yet Still Pricey Valuations have come down substantially from the peak (Chart 14) but remain elevated. Trailing PEs for all renewable ETFs look rich (Table 2). High expected earnings growth and elevated valuations are highly consistent with the small-cap growth profile of these stocks.​​​​Table 2Cheaper, Yet Still Pricey Is It Time To Invest In "Green And Clean"? Is It Time To Invest In "Green And Clean"? Therefore, we believe that fundamentals are unlikely to be a driver of the performance of these stocks, while macroeconomic and political backdrops are truly important. Key Macroeconomic Drivers As we have established, renewable energy and cleantech stocks are small-cap growth and, like the rest of their brethren, must be highly sensitive to economic growth and monetary conditions. As providers of alternative energy, they are also highly sensitive to the price of oil. Economic growth The pursuit of new technologies requires deep pockets. Without a benefactor, such as the government, renewables need strong economic growth that translates into strong sales and earnings growth to pursue lucrative new projects and develop their business (Chart 15). However, lately, global PMIs have turned down, signaling growth deceleration, which does not bode well for the industry. Chart 15Global Growth Headwinds Coupled With... Global Growth Headwinds Coupled With... Global Growth Headwinds Coupled With... Monetary Conditions The survival and prosperity of renewable energy stocks are also tied to their ability to access cheap capital. As a result, their market performance is closely linked to liquidity (Chart 16). The industry is still in the early stages of its innovation cycle and requires significant Capex outlays to develop its offerings. As financial conditions tighten and liquidity shrinks, renewable companies can no longer access cheap funding and may have to postpone projects. Many of these companies are heavily indebted and may struggle to meet their financial obligations without cheap funding. As a result, these companies’ growth prospects and immediate bottom line may take a hit. Withdrawal of liquidity will also hurt highly inflated multiples of the group. Since the US is in the early innings of a steep tightening cycle, we consider monetary conditions a major headwind for renewables. Chart 16...A Liquidity Drought Spells Trouble ...A Liquidity Drought Spells Trouble ...A Liquidity Drought Spells Trouble Cost of Oil And Alternative Energy Sources Oil and other fossil fuels are substitute goods from a renewable energy standpoint, providing customers with alternatives (Chart 17). Since resulting electricity is highly commoditized, customers are inclined to choose a cheaper option. Also, at times of shortages, either type of energy provider may be able to step in and pick up the slack. A recent spike in the performance of alternative energy stocks on the back of an energy crisis triggered by the war is a case in point. As long as supply disruptions in the energy space continue, renewables will outperform. However, the price of oil is a geopolitical gamble, and the probability of a downside move is higher than the probability of an upside move. Especially if geopolitical tensions are reduced or resolved faster than the market expects. Chart 17Keep An Eye On Energy When Investing In Renewables Keep An Eye On Energy When Investing In Renewables Keep An Eye On Energy When Investing In Renewables How To Invest In Cleantech? There is a host of ETFs that offer investors a wide range of choices for access to renewable energy and cleantech themes (Table 3). These ETFs differ in geographic span, industry focus, liquidity, and cost, but all are viable investment options. Table 3Clean Tech ETFs Is It Time To Invest In "Green And Clean"? Is It Time To Invest In "Green And Clean"? Investment Implications Renewable energy and cleantech companies are at the core of the global push to increase energy security and contain climate change. They enjoy a substantial tailwind from China and the EU, as well as a temporary tailwind from the Biden administration, which has put its weight behind a goal of swift transition of the economy to clean sources of energy. However, stocks of these companies fall squarely into the small-cap growth style bucket, and the macroeconomic backdrop characterized by slowing growth and tightening monetary conditions is highly unfavorable for the group. The surging price of oil is the only pillar supporting the recent outperformance of the group – however, a change in a geopolitical backdrop may send the price of oil spinning, taking renewables with it. While we believe that on a structural basis, renewables and cleantech present a tremendous opportunity to partake in a monumental energy transition, we also believe that over the short investment horizon, the probability of downside risk in performance is elevated. Bottom Line: “Green and Clean” are at the forefront of the global transition to renewable energy and clean technology and expected growth rates are unparalleled. However, over the near term, the group faces headwinds from tighter monetary policy and slowing growth, while the price of energy is a hostage to geopolitics and presents a downside risk if geopolitical tensions are reduced faster than expected.   Irene Tunkel Chief Strategist, US Equity Strategy irene.tunkel@bcaresearch.com   Appendix: Types Of Renewable Energy Solar Energy Photovoltaics (PV), also called solar cells, are electronic devices made of semiconducting material that convert sunlight directly into electricity. Solar panels were invented in the US in 1954 at Bell Labs. Today, PV is one of the fastest-growing renewable energy technologies. Solar PV installations can be combined to provide electricity on a commercial scale or arranged in smaller configurations for mini-grids or personal use. The cost of manufacturing solar panels has plummeted dramatically in the last decade, making them not only affordable but often the cheapest form of electricity. Concentrated solar power (CSP) uses mirrors to concentrate solar rays, which heat fluid into steam to drive a turbine and generate electricity. One of the main advantages of a CSP power plant over a solar PV power plant is that it can be equipped with molten salts in which heat can be stored, allowing electricity to be generated after the sun has set. Looking at solar power, the installed capacity of solar energy sources increased by 17.6x (1,763%) between 2010 and 2020 and is expected to increase sevenfold by 2030. The lifetime costs of solar modules are continuing to fall as innovations in PV cells continue to improve efficiency, which has improved by about 200% since the 1950s to around 15-16% today for commercially available panels. Lab results show cells can achieve efficiencies of over 40%. Wind energy is when the wind is harnessed to produce electricity using the kinetic energy created by air in motion. This is transformed into electrical energy using wind turbines or wind energy conversion systems. The output is proportional to the dimensions of the rotor and to the cube of the wind speed. Wind turbine capacity has increased over time. According to IRENA, global installed onshore and offshore wind generation capacity has tripled in the past decades. In 2016, wind energy accounted for 16% of the electricity generated by renewables. The wind will be one of the largest generation sources by 2030, supplying 24% of total electricity needs.8  Much of this recent growth can be attributed to innovation and the rapidly decreasing costs of underlying technologies. In 2019, 75% of the new onshore wind projects commissioned had a Levelized Cost Of Electricity (LCOE)9 lower than the cheapest new source of fossil fuel-fired power generation as, over the past 10 years, the LCOE of wind power decreased by 55%. Growth of wind power generation is expected to continue as economies of scale, greater investment, supportive policies, and market forces further reduce the cost of components, installation, and operation of wind energy sources. Hydropower The basic principle of hydropower is using water to drive turbines. Hydroelectric sources like dams and run-of-the-river power generators represented the lion’s share of renewable power generation. Hydroelectric power represented 82% of all renewable power generation in 2010; however, this share has contracted in recent years. The installed capacity of hydro has remained flat over the past decade, largely because energy sources are restricted by location and an already-prominent reliance on hydroelectric power limits its growth. This is the slowest growing renewable energy segment. Other Renewables Over the longer-term, bioenergy, geothermal, and ocean energy may also be important sources of renewable energy. Yet, at present these technologies account for no more than 5% of the renewables market; strong R&D efforts will be needed in the coming decades to bring their costs down and expand their share. IRENA expects these technologies to grow sixfold by 2030.     Footnotes 1     IRENA, “World Energy Transitions Outlook 2022” 2     IRENA, “Installed Capacity Trends” 3    European Commission, “Lithium-ion batteries for mobility and stationary storage applications,” 2018. 4    Hydrogen Fuel Basics | Department of Energy 5    Carbon capture and storage - Wikipedia 6    Helping decarbonize industry with carbon capture and storage – Energy Factor (exxonmobil.com) 7     Smart Grid: A Beginner's Guide | NIST 8    Ibid 9    LCOE refers to the revenue required to build and operate a power source over a specified cost recovery period   Recommended Allocation   Recommended Allocation: Addendum Sector Chart Pack Commentary Sector Chart Pack Commentary