Global Transition to Renewable Energy is a Complex ESG Journey

Soaring energy prices highlight the challenges of shifting toward renewable power sources. The continuing need for oil and gas during the transitional phase raises complex questions about balancing environmental needs and social concerns on the journey to a net-zero world.

The energy sector generates around three-quarters of greenhouse gas emissions today. It’s clear that renewable energy sources are the world’s only effective long-term solution to global warming. But meanwhile, the energy price spike (Display, below) is pressuring businesses and consumers.

If current trends continue, we believe similar price spikes will recur. And if policymakers and investors fail to plan the journey to a renewable world strategically, it will be hard to reach the ultimate destination of the Paris accords—net-zero carbon emissions by 2050 and limiting the rise in global temperatures to 1.5° C—to thwart a climate catastrophe.

Over the last twelve months, Brent crude and US gas have doubled, Australian coal is up 150% and European gas is up 440%.

Current and historical analyses do not guarantee future results.
Through November 8, 2021
Data has been normalized to 2020. European Gas represented by TTFG1MON OECM Index (USD), Australia Export Coal represented by API31MON Index (USD), Brent Crude represented by CO1 Comdty (USD), US Gas represented by NG1 Comdty.
Source: Bloomberg

What’s driving the current energy crunch? In a perfect storm, demand leapt as the world returned to work after COVID-19. But unusual weather patterns meant renewable power sources failed to perform as expected, while hydrocarbon supplies were hit by disruptions globally. Investor aversion to fossil fuels like oil and coal is only a subsidiary factor in today’s price crunch, which we expect will moderate next year as several temporary factors reverse. Still, with shareholders and other stakeholders pressing energy companies to limit oil and gas investment, today’s problems are likely a foretaste of more crunches to come.

Supply/Demand Picture Set to Worsen

To avoid them, the world must ensure a reasonable balance of supply and demand for energy during the transition. On the demand side, energy consumption normally increases in line with global population and GDP growth. By 2050, the world’s population may be two billion higher and the world economy twice as large (according to the United Nations Department of Economic and Social Affairs 2019 estimates). Against that background, achieving net zero carbon consumption by 2050 requires a huge increase in renewable energy generation, enormous advances in fuel economy and major behavioral changes from consumers. But although renewable power generation has increased dramatically from a low base, the absolute levels of new renewables capacity coming onstream are inadequate to cope with current demand growth projections. And consumers may increasingly push back on prices and proposals that will crimp their lifestyles.

Developed countries are leading the way in renewable energy production—but the world is spending only half of what’s needed on clean energy, according to the International Energy Agency (IEA). As for hydrocarbons, the IEA net zero pathway assumes that the world could achieve net zero by 2050 purely on existing reserves—so long as growth rates of clean energy sources are on track. That means, if renewables spending continues to fall short, the world will face a chronic energy gap.