Renewables Outpacing Fossil Fuels Despite U.S. Policy Headwinds

The global clean-energy expansion is proceeding on several fronts even as U.S. federal policy projects a nearer-term preference for oil and gas. Large, regionally concentrated deployments and targeted capital flows are producing measurable operational and price effects that strengthen renewables’ commercial case. Notably, China invested about $625 billion in renewables in 2024 and is on a trajectory that industry reporting says will see cumulative solar capacity pass coal’s nameplate capacity in 2026 — a scale shift that reshapes supply chains and system needs. In places with high renewable penetration, such as South Australia, renewables supplied 74% of electricity in 2024 and logged 99 days of 100% output, while wholesale prices in some Australian markets fell to about AUD $37/MWh (≈US$26.22) in Q4 2025.

Those outcomes are catalyzing two parallel responses. On the corporate side, hyperscale cloud and AI operators are shifting from traditional off-take contracts to acquiring operating projects or development portfolios to secure dispatchable renewable power and meet 24/7 load profiles. That procurement pivot elevates value for solar paired with batteries and for developers that can deliver operationally mature, dispatchable assets quickly, and it is likely to accelerate consolidation in the developer market. On the system side, rapid capacity additions — especially in China and fast-growing regions such as Africa — are exposing gaps in transmission, storage and flexibility. Africa’s post‑2025 scale‑up in utility and distributed solar illustrates the broader pattern: capacity gains are real, but without sequencing investments in multi‑hour storage and grid reinforcement, curtailment and reliability risks will persist.

Long‑duration storage is emerging as the essential technology set to convert high renewable shares into dependable multi‑day supply. Pilots and early commercial projects span pumped hydro, compressed air (including large-hour installations in China), flow batteries, metal‑air chemistries and novel thermal or liquid CO₂ systems — all intended to deliver hours-to-days of discharge and relieve pressure on lithium-ion supply chains. Practical demonstrations beyond batteries also continue: an airborne wind test delivered roughly 385 kWh in a trial flight, signaling incremental diversification of wind technologies.

Policy and regulatory friction remain material. A regulatory review found that LNG export terminals fully active at the end of 2024 were noncompliant with air rules, adding enforcement and reputational risk to fossil expansion. At the same time, finance is following the energy transition: banks generated roughly $3.5 billion in climate‑focused fees by late 2025 — a level that now rivals legacy hydrocarbon revenue lines and underwrites further clean‑tech innovation. Together, these market, corporate and financial trends make a technically plausible pathway to multi‑day, renewable‑dominant grids in many regions within the coming decade, provided transmission, storage and procurement practices evolve in step.