solar developers

Japan, facing a shortage of open land for renewable energy, is converting disused golf courses into large-scale solar farms. As the sport declines in popularity and courses close across the country, developers are repurposing the wide, open sites for photovoltaic installations, helping Japan expand clean power generation without competing for farmland or residential space.

Nevada is outperforming expectations on solar energy growth, according to a Wall Street Journal report. The state, long associated with vast desert landscapes and abundant sunshine, is seeing notable advances in solar deployment and capacity. The development is drawing attention as the US pushes to expand renewable energy and states compete to lead the transition away from fossil fuels.

Solar power has overtaken fossil fuels in emerging markets, costing less upfront and attracting cheaper financing. Analysts say the shift marks a turning point for energy investment in developing economies, where lower capital costs for solar projects are accelerating the move away from coal, oil and gas and drawing new interest from lenders and investors.

Nevada is reportedly making unexpected progress in solar energy, according to a Wall Street Journal report. The state has long been a favorable location for large-scale solar development thanks to its abundant sunshine and open land, and the report highlights recent gains that exceed expectations. The item has drawn attention as discussion of US clean energy growth continues.

Japanese solar manufacturer TOYO has signed supply agreements in the United States worth an estimated $240 million for solar modules. The deals point to growing American demand for solar panels as developers race to secure equipment amid policy shifts and rising clean energy investment. Industry watchers see the contracts as a boost for TOYO's expansion into the US market.

California is using and storing more solar energy than before, according to Environment America. The state continues to expand its solar capacity, with more electricity from the sun both consumed directly and saved in storage for later use. The development is being highlighted as evidence that large-scale solar plus storage can play a growing role in the state's power supply and clean energy goals.

Nanyang Technological University has sent a new generation of lightweight solar cells, developed locally in Singapore, into space to test whether they can generate power stably in the harsh orbital environment. The mission is also testing technology for processing images directly on the satellite, a step toward smarter, more efficient spacecraft.

SoFab Inks has received a $300,000 grant from the US National Science Foundation to develop lower-cost perovskite solar cell layers. The funding will support the company's work on ink-based manufacturing methods aimed at making perovskite solar panels cheaper to produce, a key step toward wider adoption of the emerging solar technology.

Researchers are reporting encouraging developments from Enceladus, Saturn's icy moon, in the ongoing search for life beyond Earth. The moon is considered one of the most promising places in the solar system to look for life, thanks to the global ocean beneath its icy crust that sends plumes of water vapor into space. The latest results add to growing scientific interest in missions that could directly sample that subsurface ocean for signs of life.

French renewable energy company Qair has secured €37.9 million in financing to develop hybrid solar projects in Chad. The funding will support solar installations paired with other generation capacity in a country where reliable electricity access remains limited. The deal marks a significant clean energy investment in one of the world's least electrified nations and reflects growing investor interest in African renewable infrastructure.

French development finance institution Proparco and Finland's Finnfund have committed $33 million to ERCO, a Colombian solar energy platform. The investment is aimed at expanding solar power capacity in Colombia, supporting the country's transition to renewable energy. Development finance institutions have been increasingly directing capital toward Latin American clean energy projects.

Researchers have reported progress in underwater solar power after completing a 10-metre test, marking a step toward generating solar energy beneath the water's surface. The development points to potential new ways of harvesting renewable energy in oceans and other bodies of water, an area attracting growing interest as demand for clean power expands.

A developer has launched a real-time 3D Solar System visualization that renders roughly 526,000 asteroids along with every tracked artificial satellite, available at space.bl2.net. The project is drawing strong attention on Hacker News, where users are praising the scope of the orbital data and debating the technical challenges of rendering and updating that many objects live in a browser.

A solar farm in Texas is grazing sheep beneath its panels while generating millions of dollars in local tax revenue, according to Energies Media. The dual-use approach lets land serve both energy production and agriculture, a model known as solar grazing that is drawing attention as large renewable projects expand across the state and rural counties weigh the trade-offs.

French renewable energy company Qair has secured €37.9 million in financing to develop its solar energy projects in Chad. The funding will support the expansion of solar infrastructure in the country, where access to electricity remains limited. The announcement is being reported across energy sector news outlets, highlighting growing investor interest in renewable power projects in Central Africa.

University of Alberta researchers are developing methods to help native grasses establish themselves on solar farm sites, pairing renewable energy infrastructure with native plant restoration. The work aims to make solar projects more environmentally beneficial by supporting groundcover beneath and around panels. It highlights growing interest in combining clean energy development with land stewardship.

Japan, mountainous and densely populated, has little open land for large solar installations. Developers are increasingly building solar arrays on the many golf courses abandoned after the country's 1980s economic boom, repurposing disused leisure land for renewable energy. The approach is being cited as a practical example of how land-scarce countries can expand clean power without competing for farmland or residential space.

Low Carbon has announced plans for a 500 MW solar and storage park in the United Kingdom, one of the larger co-located renewable projects proposed in the country. The announcement is part of a roundup of European solar PV developments, reflecting continued momentum in large-scale solar and battery storage investment across the region.

Lightyears, together with Maori partners, has turned the first sod on a 15-megawatt solar project in New Zealand, marking the start of construction. The development reflects the country's accelerating push into utility-scale solar and the growing role of Maori partnerships in renewable energy ventures. Details on the project's location, investors and completion date have not yet been widely reported.

Cleveland is moving to install solar panels on two landfills it owns, putting unused city land to work generating renewable energy. The plan was reported by Solar Power World and adds Cleveland to a growing list of US cities converting brownfield and landfill sites into solar farms. Landfills are often ideal for such projects because they are large, open and hard to develop otherwise.

Archaeological work ahead of a solar energy project in Ireland has uncovered a medieval settlement and an iron-working site buried beneath farmland. The finds, made during pre-construction surveys, show the clean-energy development doubled as a significant historical discovery, shedding light on early industry and daily life on the site.