solar power

A Washington Examiner report argues that the rapidly growing energy and cooling demands of AI data centers could eventually push this infrastructure into orbit, where solar power is constant and heat can be radiated away. The idea is drawing attention amid rising concern over the strain AI computing places on terrestrial power grids and land.

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.

The US Energy Information Administration projects that solar power will generate more electricity than coal in Texas in 2026, marking a historic shift in the state's energy mix. Texas, the leading US energy producer, has seen rapid solar capacity growth alongside declining coal generation. The projection highlights the accelerating pace of the energy transition in a state long defined by oil and gas.

Google is planning to launch an experimental satellite into orbit, marking Big Tech's first concrete move toward building artificial intelligence data centers in space. The idea is to test whether computing infrastructure can operate off-planet, where solar power is constant and cooling constraints differ from Earth. The announcement has drawn wide attention as tech companies scramble for energy to power the AI boom.

Politico reports that an unexpected figure has become influential in the growing battle over solar projects on agricultural land. Conflicts between renewable energy developers and farmers over land use continue to intensify across the United States, and new players are shaping how these disputes play out at the state and local levels.

Texas is turning its attention to solar power as part of a broader shift in its energy mix, long dominated by oil and gas. The move highlights how the state, already a leader in wind generation, is increasingly adding large-scale solar capacity to meet growing electricity demand and diversify its power sources.

A UK study has found that silicon solar cells, a cheaper and more mature technology than the specialist cells currently used in space, could reduce satellite power costs by up to 90%. The finding points to silicon as a viable alternative for powering satellites, potentially lowering the cost of space missions.

The Trump administration cancelled a $7 billion solar energy grant program, but a federal judge in Rhode Island has now ordered the program restored. The ruling is a setback for the administration's effort to roll back renewable energy funding and a win for states and organizations relying on those solar grants. Supporters of clean energy are highlighting the decision as a check on executive power over congressionally funded climate programs.

A new analysis warns that solar activity, including powerful solar flares and coronal mass ejections, could cripple electricity grids, satellites and digital infrastructure worldwide. The piece argues that modern societies' dependence on connected technology makes them increasingly vulnerable to space weather, and calls for better forecasting, hardened infrastructure and international preparedness to limit damage from a major solar event.

An analysis piece argues that the shift to solar power, wind energy, and battery storage cannot be separated from politics, examining how policy decisions, regulation, and partisan divides shape the pace of the clean energy transition. It highlights the tensions between technological progress and the political obstacles that determine whether renewables are deployed at scale.

A new report argues the next wave of American battery demand will come not from electric vehicles but from grid-scale storage, as utilities add batteries to balance growing amounts of wind and solar power and to stabilize an aging electricity network under rising demand from data centers. Industry watchers see this as a structural shift in where battery manufacturing and investment will flow next.

Questions are being raised over whether the rapid expansion of solar power in the United States is finally losing momentum. Analysts and readers are debating the state of the industry, its growth trajectory, and what factors could be holding back new installations after years of strong gains.

Solar power is increasingly being deployed in confined and unconventional spaces as land availability tightens. According to CleanTechnica, developers are fitting panels onto rooftops, car parks, agrivoltaic farmland and other tight corners to keep projects viable amid competition for space. The trend reflects a broader challenge for the energy transition: securing suitable land for large-scale renewables while meeting rising electricity demand.

Construction of a solar farm is set to begin in November, according to a BBC report. No details have been given yet on the location, size or capacity of the planned facility, or which companies will carry out the work. The announcement adds to a growing pipeline of solar energy projects as countries push to expand renewable power generation.

Researchers have tested underwater solar panels at a depth of ten metres in the South China Sea, according to an industry report. The trial explores whether photovoltaic systems can generate usable power below the surface, where light is weaker but conditions are more stable. Details on efficiency results and which institution led the test have not been released, leaving the technology's practical prospects uncertain.

Investors are watching whether a political 'blue wave' could boost renewable energy and power stocks. Commentary suggests solar, energy storage systems (ESS), and power equipment companies stand to gain if election outcomes shift policy toward stronger support for clean energy, grid investment, and related infrastructure spending.

Scientists are testing whether solar panels can generate electricity when submerged about 10 metres below the sea surface. The experiment explores whether sunlight penetrating water can be harvested in marine environments, potentially opening new sites for renewable energy where land and surface space are limited. Interest in the project reflects broader curiosity about unconventional ways to expand solar capacity worldwide.

Noor Energy 1 has announced a refinancing of Phase 4 of the Mohammed Bin Rashid Al Maktoum Solar Park in Dubai, one of the world's largest concentrated solar power projects. The move is expected to lower financing costs and support the park's continued expansion under Dubai's clean energy strategy. Further details on the financing terms have not yet been disclosed.

CGTN's RAZOR programme explores whether solar technology can play a role in protecting global water supplies. The report examines how solar power could be used to address water scarcity, from powering desalination plants to pumping and purification systems. As droughts and water shortages intensify worldwide, the intersection of renewable energy and water security is drawing renewed attention from researchers and policymakers.

Google is moving forward with an unusual experiment to test running data centers in orbit, a project long discussed as a way to harness continuous solar power and ease the energy and cooling demands of AI computing. The news that the project is finally leaving Earth is drawing attention across the tech press, with observers weighing whether space-based infrastructure could become a realistic answer to data centers' growing power needs.

Downing Street is considering a proposal from green energy businessman Dale Vince to install solar panels on council house roofs across the UK. The plan would aim to cut energy bills for social housing tenants and expand renewable power generation. Vince, founder of Ecotricity, has long pushed for faster home-grown renewable energy, and the idea is now reportedly under active review by government officials.