Solar for All

Renewable energy expansion is proving far more complicated than its technology suggests, with solar, wind and battery storage all caught up in political battles. Commentators are weighing how permitting rules, subsidies, grid policy and partisan divides shape how quickly clean power can scale. The discussion underscores that the main obstacles to the energy transition may be political rather than technical.

Google has announced Project Suncatcher, a research initiative to run machine learning infrastructure on solar-powered satellite constellations in orbit. The plan, outlined on Google's research blog, envisions data centre-scale compute in space to tap unlimited solar energy as terrestrial energy demands from AI grow. Early discussion centres on feasibility, launch costs, and whether orbiting hardware could realistically scale.

California is examining results from projects that place solar panels over irrigation canals, an approach meant to generate clean power while reducing water evaporation. The state is learning how the panels perform in practice and whether covering canals at scale could cut both water loss and emissions, drawing attention to a idea piloted in the Turlock Irrigation District's Project Nexus.

China has become the first country in the world to surpass 1,000 gigawatts of installed solar power capacity, according to energy industry reporting. The milestone cements China's position as the world's dominant player in renewable energy, reflecting years of massive state-backed investment in solar manufacturing and deployment. Observers highlight the pace of growth, with capacity having expanded rapidly over the past decade, though questions remain about grid integration and reliance on coal.

The US Energy Information Administration projects that solar power generation in Texas will overtake coal-fired generation in 2026. The forecast reflects rapid solar capacity additions across the state and continued declines in coal output. It would mark a significant milestone in the shift of the Texas grid, one of the largest power markets in the country, away from fossil fuels.

Japan is developing solar farms on former golf courses because the country has little open land available for large-scale renewable energy projects. As golf's popularity declines, closed courses offer large, already-cleared plots suited for solar panels. The approach highlights the challenge of expanding renewable energy in a densely populated country with limited flat, unused space.

Japan is converting disused golf courses into solar farms as the country runs out of open land for large-scale renewable projects. With mountains, farmland and dense cities off-limits, shuttered golf venues offer flat, already-cleared sites near existing infrastructure, making them an increasingly popular choice for solar developers.

Analysts say a Democratic sweep in the United States would benefit solar, energy storage systems (ESS) and power equipment companies. Shares tied to renewable energy and grid infrastructure are expected to gain as investors anticipate expanded clean energy spending and supportive policy under a Democratic-controlled government, drawing attention to related energy stocks.

A new Visual Capitalist graphic ranks how much clean energy countries have added since 2015, charting the global shift toward renewables over the past decade. The comparison is drawing attention as readers weigh which nations have expanded solar, wind and other clean sources fastest and whether the pace matches climate goals set under the Paris Agreement.

Solar combined with battery storage is making its strongest case yet in Texas, according to energy industry reporting. The state's growing power demand and grid strain are driving interest in solar-plus-storage systems as a reliable alternative, and the argument is being closely watched by energy markets and policymakers elsewhere.

A new report claims the solar system's first planets were worlds of fire rather than ice, challenging the long-held picture of the earliest planetary bodies forming in cold, icy conditions far from the sun. The suggestion points to a hotter, more violent beginning for planet formation than scientists have typically assumed, and it is drawing attention from space enthusiasts and researchers questioning how the planets we know today first came together.

Commentators are revisiting the fossil fuel industry's history of moving targets on renewable energy. One example cited: in a 2013 Australian Senate debate, Barnaby Joyce dismissed a 5% solar target as something that would never happen, a claim since overtaken by rapid solar growth. Writers argue that outright denial has evolved into newer tactics of delay and goalpost-shifting as renewables keep beating skeptics' predictions.

Analysis of solar-driven disasters is drawing attention to the risk that space weather poses to electricity grids and digital infrastructure. Strong solar flares and geomagnetic storms could damage transformers, knock out satellite communications, GPS and internet systems, with recovery potentially taking months. The discussion highlights how modern economies remain deeply exposed to events originating on the Sun and calls for better forecasting and grid hardening.

Solar power is being pushed into increasingly constrained locations as land availability tightens, according to a report highlighting how space limitations are shaping new project siting. With suitable open land scarce, developers are turning to unconventional and confined spaces to deploy panels, a challenge that could influence costs, grid planning and the pace of the energy transition worldwide.

Renewable Properties has acquired a 71.8 MW solar portfolio in Pennsylvania located within the PJM grid region. The deal adds utility-scale renewable capacity to the company's growing portfolio and supports solar expansion in a key eastern US electricity market. Details on sellers, project timelines, and offtake arrangements have not been disclosed.

A UK solar panel owner wanted panels specifically designed to perform under the country's frequent overcast winter skies. Off-grid users advised that rather than hunting for specialised cloudy-weather panels, the better approach is to oversize the system, since all panels lose output in low light and extra capacity compensates for seasonal shortfalls.