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- 1UK study: silicon solar cells could slash satellite power costs by 90%▼UK study says silicon solar cells could cut satellite power costs by up to 90%
A UK study suggests silicon solar cells could reduce satellite power costs by up to 90% compared with current space-grade technology. Standard silicon cells are far cheaper than the specialist cells traditionally used in orbit, though they must withstand radiation and extreme temperatures. If proven durable, the finding could significantly lower the cost of building and operating satellites, with implications for the fast-growing space industry.
- 2US solar module prices expected to jump 40% after tariff ruling▼Anza expects at least a 40% spike in U.S. solar module prices after Section 232
Anza, a renewable energy procurement firm, projects that U.S. solar module prices will rise by at least 40% following the imposition of Section 232 tariffs. The trade measure, which covers imported solar components on national security grounds, is expected to significantly raise costs for developers and slow project pipelines across the American solar industry.
- 3America's Battery Boom Shifts From Cars to the Power Grid●America’s Next Battery Boom May Be About the Grid, Not Cars
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.
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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.
- 5Underwater Solar Panels Tested at Ten Metres in South China Sea●Underwater Solar Panels Tested at Ten Metres in the South China Sea
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 technology can generate usable power beneath the surface, where light is weaker but conditions are more stable. Observers are watching to see if the approach could support offshore installations, marine research stations or subsea equipment in the future.
- 6Low Carbon Plans 500 MW Solar and Storage Park in the UK▼Europe Solar PV News Snippets: Low Carbon Plans 500 MW Solar & Storage Park In The UK & More
Low Carbon has announced plans for a 500 MW solar and storage park in the United Kingdom, according to a roundup of European solar PV news. The development would pair large-scale solar generation with battery storage, supporting the UK's push to expand renewable capacity. Other European solar project updates were included in the same industry news roundup.
- 7Florida veteran says solar panels doubled her electric bills▼Florida Army veteran was promised 'zero' electric bills. Instead, she says solar doubled costs
An Army veteran in Florida says she was promised zero electric bills when she signed up for residential solar panels, but her costs instead doubled. Her account adds to growing complaints about aggressive door-to-door solar sales tactics, misleading savings claims, and long-term financing contracts that leave homeowners paying more than expected, prompting calls for better consumer protections in the fast-growing rooftop solar industry.
- 8Space-Based Solar Power Market Poised to Scale Up by 2035▼Space Based Solar Power Market To 2035: Energy Security Demand Drives Scale-Up - News and Statistics
A new market outlook projects growth in space-based solar power through 2035, driven by rising demand for energy security. The report points to expanding investment and development in the sector as countries look to diversify energy sources. Interest in the technology continues to build as governments and industry weigh its potential role in future energy supply.