The Clean Energy and Transportation Future Remains Strong

The global clean energy and transportation future remains strong despite short-term market volatility, policy shifts, and capital constraints.

In January, only seven gasoline powered cars were sold in all of Norway. That figure would have seemed inconceivable not long ago, yet it now stands as a marker of how quickly markets can pivot once technology, policy, and consumer preference align. This year, Pakistan expects that in certain regions decentralized rooftop solar will at times generate more electricity than the entire national grid. In the United States, where public discourse often centers on climate backlash and fossil fuel retrenchment, Texas has continued setting new solar generation records through a frigid February. Roughly 90 percent of all new power capacity installed nationwide last year was renewable, and that proportion is expected to rise even further next year.

The most unexpected breakout force in the battery sector is the long defined petrostate Saudi Arabia, which is investing heavily in storage manufacturing and deployment. The countries recording the fastest solar growth are concentrated across sub Saharan Africa. Meanwhile Australia’s rapid drive toward extremely low cost clean electricity has progressed so far that wholesale prices in some regions have fallen by one third within a single year. Certain parts of the country have formally announced programs that will provide electricity free of charge for three hours each day. That outcome is not a market anomaly. It is a deliberate policy commitment backed by state authorities, and Australians can reasonably expect it to continue.

The World Seems to Be Retreating From Climate Ambition

Despite these data points, it often feels as if the world is retreating from climate ambition. The earlier sense of alarm has given way to what many describe as energy realism. Part of this shift reflects the current US President who continues to dismiss global warming as a hoax, dismantled major elements of landmark climate legislation, pledged support to oil and gas executives, and revoked the federal endangerment finding that classified carbon emissions as a public health threat. The repeal of that finding represents a profound policy reversal, signaling official indifference to an intensifying crisis.

Yet the political drift is not limited to one administration. Liberal leaders who once emphasized the existential stakes of climate change increasingly foreground energy affordability. The conversation has shifted from decarbonization urgency to cost containment and reliability. Nor is this dynamic confined to the United States. In Europe, natural gas imports are projected to reach record highs this year. China, which has become synonymous with global clean energy manufacturing, is simultaneously approving new coal plants at levels not seen since before the Paris Agreement. Attendance at recent international climate summits has thinned, and few governments are enacting sweeping new legislation. After a decade of rising momentum, the project of transforming global energy systems can appear to have stalled.

However, the most straightforward quantitative indicators tell a different story. Renewable infrastructure is being installed at unprecedented scale. In 2024, 92.5 percent of all new power capacity added worldwide was renewable. In 2025, global clean energy installations were even greater. Even in the United States, more than 92 percent of utility scale electricity capacity planned for 2026 is renewable. Judged purely as a global infrastructure build out, the scale is extraordinary.

The transition is not without complexity. Short term uncertainty persists, especially as China prepares its next Five Year Plan. The International Energy Agency recently adjusted its near term renewable forecasts slightly downward in response to policy shifts in both the United States and China. Yet its broader outlook remains unequivocal. Between 2025 and 2030, more than 90 percent of new electricity capacity worldwide is expected to come from renewable sources.

Fossil fuels retain the advantages of incumbency, established infrastructure, and entrenched political influence. Decarbonization is more complicated than simply covering landscapes with solar panels. Electricity itself represents only one dimension of the broader energy system, which includes heavy industry, aviation, shipping, agriculture, and buildings. Even so, if the energy transition is viewed as a race to construct the dominant infrastructure of the future, clean power is expanding at a ratio that approaches ten to one relative to fossil generation.

This does not mean that victory over warming is imminent. New renewable capacity often supplements rather than displaces fossil generation. Global emissions continue to rise, albeit more slowly, and temperatures are increasing at an accelerating rate. That trajectory raises concerns that the climate system may be more sensitive to accumulated emissions than previously assumed. However quickly the green transition advances, the near term climate outlook remains precarious.

When observers lament the apparent loss of political momentum since the Paris Agreement, they often focus on rhetoric and legislative drama. Yet leaders and advocates frequently argue that the decisive arena has shifted from climate politics to what might be called climate economics. Former United Nations climate chief Christiana Figueres has suggested that the combination of cheap solar, declining battery costs, fossil fuel price volatility, domestic energy security concerns, and geopolitical pressures is propelling the transition regardless of policy turbulence. Others, including former Canadian environment minister Catherine McKenna and Britain’s energy secretary Ed Miliband, have echoed similar assessments. The policy landscape may be uneven, but market fundamentals increasingly favor clean energy deployment.

A decade ago, many believed that decarbonization could only advance through coordinated political will. Today, although that solidarity has frayed, the most visible sectors of the economy continue to shift. Nicholas Stern, whose 2006 review reshaped the economics of climate change, has expressed what he calls guarded optimism. He acknowledges diminished political attention while noting that few anticipated how quickly the internal combustion engine would face systemic displacement.

EV Adoption Continues to Grow Fast

The data in transportation are striking. Global sales of gasoline powered cars have declined by more than 20 percent from their peak a decade ago. Over the same period, electric vehicle sales have increased nearly thirtyfold. In 2019, only 3 percent of global car sales were electric. By 2025, roughly one quarter were. In the European Union, fully electric vehicles and hybrids account for more than half of all new sales. In China, the world’s largest car market, electrified vehicles also exceed half of total sales.

The pattern extends to unexpected markets. In Nepal, 76 percent of new cars sold in 2024 were electric. In Ethiopia, where the government banned the importation of gasoline powered cars in 2024 to curb oil dependence, electric vehicle sales surged from near zero to more than half of new registrations within a year. These shifts demonstrate how quickly adoption can accelerate once structural barriers fall.

By comparison, the United States lags. Climate scientist Zeke Hausfather has warned that absent faster change, the country could resemble Cuba decades from now, with aging gasoline vehicles dominating its roads. Yet even in the United States, gasoline car sales between 2016 and 2024 fell by more than 2.5 million annually, while electric vehicle sales increased tenfold over the same period.

A parallel transformation is unfolding in power generation across the developing world. Decarbonization was long assumed to depend on subsidies from wealthy nations. Instead, rapidly declining costs have altered the calculus. In Algeria, solar installations expanded thirty threefold within a single year. Many other African nations tripled capacity over the same period. The Global Energy Monitor recently observed that the center of gravity for new clean power has shifted decisively toward emerging and developing economies.

Scientific Assessments of Global Warming Impacts Grow More Alarming, However Renewables and EVs Continue to Grow

Stern cautions that progress, while significant, remains insufficient relative to climate risk. Technology improves year after year, yet scientific assessments of warming impacts grow more alarming. Still, structural changes are underway. In China, emissions have declined modestly for roughly two years, suggesting a potential peak. This development differs from earlier emissions peaks in industrialized nations, which were often associated with deindustrialization. China’s shift is occurring alongside continued economic activity.

India presents another noteworthy case. Its power sector emissions have declined for only the second time in five decades. Analysis by Ember indicates that India is moving away from fossil fuels at an earlier stage of development than China did, having produced far less cumulative carbon. At comparable levels of income, India is generating more solar power and using less coal than China once did. At similar stages of electrification, India relies on roughly one sixth as much coal as China previously used.

Some analysts argue that sub Saharan Africa could transition even more rapidly, partly because many regions lack entrenched fossil infrastructure. Although hundreds of millions of people there still lack reliable electricity, distributed renewables may offer a faster pathway to universal access than traditional grid expansion.

Taken together, these trends depict a world that remains far from a fully decarbonized energy system but is moving in that direction through market dynamics as much as policy mandates. In the United States, emissions may rise slightly in the short term before declining again. Climate targets set years ago now appear out of reach, prompting debate about new benchmarks. Skeptics argue that attention has shifted to other priorities, implicitly accepting greater disruption. Yet capital flows offer a revealing metric. In 2026, global investment in clean energy may exceed total global military spending. If not this year, then soon thereafter.

EVinfo.net’s Take: A Bright Future Remains for Clean Energy and Electric Vehicles

Despite a long series of very concerning, very foolish mistakes by the US administration since January 20, 2025, the world’s clean energy and transportation future remains strong, and that includes the USA.

The political mood may have darkened, but infrastructure deployment continues at scale. Renewable capacity additions dominate new power generation. Electric vehicles steadily erode the dominance of internal combustion engines. Emerging economies are becoming central players in clean energy expansion. The transition remains incomplete and uneven, yet the direction toward clean, cost saving EVs and renewable energy is increasingly clear. The superior economics of renewable energy and EVs make both of them absolutely unstoppable everywhere in the world, including the USA.