What are the future development trends of renewable energy?

Renewable energy is poised to become a highly attractive investment sector once again. In recent years, renewable energy has experienced robust global growth. Accommodative monetary policies in advanced economies lowered financing costs for power projects; meanwhile, technological maturity and expanded production scales have driven down prices for solar panels and wind turbines—leading to a continuous decline in the Levelized Cost of Electricity (LCoE) for renewable energy projects. The Levelized Cost of Electricity (LCoE) is a metric used to assess the cost of electricity generation projects. It averages the total project cost over its lifetime to calculate the average cost per unit of electricity generated. Thus, this indicator helps evaluate the economic viability of different power-generation technologies and enables cost comparisons. Total cost includes construction, operation and maintenance, fuel expenses, and all other related expenditures. By spreading the total cost across all electricity produced during the operational lifetime, LCoE is derived. Compared with conventional energy, renewable power projects entail high upfront deployment costs—but thereafter operate using free sunlight and wind, eliminating fuel input requirements. Between 2010 and 2020, the LCoE for utility-scale solar PV, onshore wind, and offshore wind fell by 87%, 64%, and 55%, respectively. A lower LCoE signifies a lower average cost per unit of electricity, meaning greater cost-effectiveness. As costs decline, clean energy becomes increasingly competitive: many large corporations have signed Corporate Power Purchase Agreements (PPAs) to procure electricity directly from renewable generators. In 2020, global renewable power capacity additions surged by 45%—280 gigawatts—exceeding Germany’s entire installed capacity. The corporate PPA market expanded especially rapidly in the European Union, driven by mounting pressure on governments and companies to meet the EU’s 2030 climate targets. Infrastructure investors—including Brookfield and Macquarie—have significantly increased their investments in renewable energy projects; so too have oil-and-gas majors such as BP. Utilities—including EDP and Iberdrola in Europe, and AES and NextEra in the U.S.—have also entered the renewable energy space. Average capital returns for developers of new power projects rose from 3% in 2015 to 6% in 2019—comparable to those in the oil-and-gas exploration sector, yet with far lower volatility. The industry’s outlook thus appears exceptionally bright. In October 2020, NextEra Energy’s market capitalization briefly surpassed that of ExxonMobil—the largest U.S. oil company—and it became, for a time, the world’s largest energy company. In early 2021, the International Energy Agency (IEA) projected similarly strong growth in renewable energy output over the coming years: 270 GW of new capacity in 2021 and nearly 280 GW in 2022. It is widely believed that this momentum will continue in the coming years—provided sufficient supplies of critical minerals required to manufacture wind turbines and other equipment—such as nickel, cobalt, lithium, copper, and rare earth metals—remain available.

ESG Prism: Global Leading Enterprises’ Practices and Deep Insights

Norway’s Government Pension Fund Global serves as the ‘North Star’ of global ESG governance. Holding shares in approximately 1.5% of all publicly listed companies worldwide, it exercises shareholder rights through its Ethical Guidelines. An independent Ethics Council evaluates companies rigorously and may exclude those involved in severe environmental damage or human rights violations from its investment universe. More critically, the fund pursues an ‘active ownership’ strategy: portfolio managers engage directly with investee companies’ boards on issues such as climate strategy and board diversity—and exercise voting rights accordingly. In 2022, dissatisfied with their climate targets, the fund voted against the re-election of directors at 55 major energy companies—including Shell and Chevron—sending a powerful signal to markets. At the corporate management level, U.S. industrial conglomerate Danaher has deeply embedded ESG into its governance architecture. Its Board of Directors hosts a dedicated Sustainability Committee, chaired by independent directors with backgrounds in environmental science and public policy. Notably, Danaher explicitly ties senior executives’ long-term incentive compensation to specific ESG key performance indicators (KPIs)—such as reductions in recordable injury rates and Scope 1 and 2 carbon emissions—aligning management incentives directly with ESG outcomes and ensuring rigorous strategic execution. IV. Lessons Learned: Systemic Risks Arising from ESG Failures Controversial cases serve as stark warnings, revealing the devastating consequences of ESG failures. Volkswagen’s ‘Dieselgate’ scandal exemplifies a comprehensive collapse of corporate governance. To meet stringent emissions regulations without compromising vehicle performance, management tacitly approved—or even orchestrated—a systemic fraud. The incident triggered over $30 billion in direct losses (fines, settlements, recalls), severely damaged brand reputation, and triggered regulatory upheaval across the entire automotive industry. It exposed how governance structures become hollow when corporate culture prioritizes short-term financial performance over legal compliance and ethical conduct. The Boeing 737 MAX crisis further illustrates how governance deficiencies can precipitate societal tragedy. Investigations revealed that, amid intense market competition, Boeing’s governance failed to effectively counterbalance management’s excessive focus on cost control and delivery speed—resulting in the compression and circumvention of safety risk assessment processes. Two crashes claimed 346 lives. Boeing faced massive compensation claims and litigation, while its MSCI ESG rating was sharply downgraded due to product safety and governance failures—causing its market capitalization to plummet by half. This demonstrates how a collapse in the social dimension (product safety) can instantly destroy enterprise value. V. The Path Forward: Integration, Innovation, and Credible Disclosure Leading ESG practices are evolving toward deeper integration and quantification. Canadian asset manager Brookfield has introduced an ‘Impact Quantification’ framework for its multi-billion-dollar portfolio of renewable energy assets—calculating ‘tonnes of CO₂ emissions avoided per million dollars invested.’ This effort to monetize environmental benefits aims to make green investment impacts more transparent and comparable—guiding capital more efficiently toward climate solutions. Meanwhile, global regulatory frameworks are rapidly converging to curb ‘greenwashing.’ The European Union’s Corporate Sustainability Reporting Directive (CSRD), alongside the emerging global standards set by the International Sustainability Standards Board (ISSB), require companies to disclose comprehensive ESG impacts, risks, and opportunities across their entire value chains.

Brookfield Backs ACME With $600 Million Green-Fuels Investment

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Brookfield Asset Management invests up to $600 million in ACME Cleantech Ventures for green ammonia and methanol projects in India and Oman. The funding aims to support decarbonization in heavy industries like shipping amidst tightening global emissions regulations.

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Brookfield Backs ACME With $600 Million Green-Fuels Investment

Brookfield Backs ACME With $600 Million Green-Fuels Investment

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