A new ultra-small hydro generator is showing promise for delivering electricity in remote and underserved areas. Designed to operate in shallow, slow-moving water, the system has already been tested powering street lights. Its portability and simplicity could allow off-grid communities to generate reliable local power without large infrastructure, expanding access to clean electricity in hard-to-reach regions.

Across the global energy system, a new balance is emerging between clean power, grid resilience, and the resources that still dominate today’s economy. From record-breaking battery deployments and heat-tested power systems to LNG markets and oil geopolitics, these developments show how energy is being reshaped by both technology and supply chains.

The UK new car market returned to growth in 2025, with registrations reaching 2.02 million, up 3.5% year on year, marking the strongest annual total so far this decade. Electric vehicles continued to gain traction, with almost half a million battery-electric cars sold and around one in four buyers choosing to go fully electric.

Electricity demand from AI, breakthroughs in clean transport, and rapid solar expansion across emerging markets are reshaping how energy systems evolve. From data centres and hydrogen freight to record-setting solar imports and experimental energy concepts, these developments highlight how technology, infrastructure, and innovation are increasingly intertwined with the future of power.

The United States’ sudden military action against Venezuela has triggered one of the most dramatic geopolitical shocks in the region in decades. President Donald Trump said U.S. forces had captured Venezuelan President Nicolás Maduro and that Washington would temporarily “run” the country until what he described as a “safe, proper and judicious transition” could take place.

Energy, resources, and infrastructure are being reshaped by powerful structural shifts. From falling battery costs and changing oil demand to coal’s slow plateau and the explosive growth of AI-driven power use, the global energy system is entering a new phase defined by concentration, scale, and electrification.

Europe’s energy and transport landscape is being reshaped by fast-moving market responses, falling battery costs, and growing scrutiny of long-term infrastructure investments. From trade policy and power pricing to electric mobility and nuclear economics, these developments highlight how technology, regulation, and cost dynamics are increasingly intertwined.

The UK government’s Planning and Infrastructure Act has now passed into law, allowing its reforms to begin taking effect. The legislation is intended to reduce delays in the planning system and speed up the delivery of major infrastructure, including energy projects critical to the UK’s electricity system.

Energy systems continue to shift at remarkable speed, from labour demand in clean power to the rapid scaling of storage, home batteries, and renewables. New data highlights falling costs for solar-plus-storage, the accelerating dominance of LFP batteries, the economic pressures facing gas networks, and fresh insights into global resource wealth.

Britain’s electricity system took a major step toward accelerating clean energy buildout today as the National Energy System Operator (NESO) announced a new pipeline of “deliverable, shovel-ready” projects that will be prioritised for grid connection. The reforms are designed to break the long-standing grid bottleneck and help unlock around £40 billion in clean energy investment every year, supporting the government’s Clean Power by 2030 target.

The UK Government has confirmed that from April 2028, electric vehicles will face a new per-mile tax as part of reforms to the motoring tax system. The rate will be 3p per mile for battery-electric cars and 1.5p for plug-in hybrids, increasing each year with inflation. While the change brings EVs into the mainstream tax framework, it also prompts a broader debate: is a flat per-mile charge the right model for a country pursuing ambitious climate targets?

Energy, technology, and climate systems are becoming increasingly intertwined, and the latest developments show how physical infrastructure and material supply chains now sit at the center of global competition. From the resource demands of AI to accelerating storage deployment and shifting oil consumption patterns, these stories highlight the forces reshaping power systems, transportation, and climate risk in real time.

Australia’s clean energy system is undergoing rapid change, and the latest Quarterly Carbon Market Report from the Clean Energy Regulator (CER) shows a country in transition. Renewable generation is hitting repeated records, home batteries are being installed faster than expected, and the grid is becoming cleaner year after year.