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Trends
- 1China First Country to Surpass 1,000 GW of Solar Capacity▼China Becomes the First Country in the World to Surpass 1,000 GW of Solar Power Capacity. https://www. renewable-energy-
China has become the first country in the world to exceed 1,000 gigawatts of installed solar power capacity, a milestone in the global shift to renewable energy. The achievement underscores the scale of Beijing's clean-energy buildout, which has grown rapidly through massive domestic manufacturing and large-scale solar farms. Observers highlight it as evidence of China's dominance in the solar sector and its accelerating transition away from coal.
- 2Japan Turns Abandoned Golf Courses Into Solar Farms▼Short on Land, Japan Is Building Solar Farms on Old Golf Courses
Japan is converting disused golf courses into solar farms as the country searches for land to expand renewable energy. With limited open space and hundreds of courses closed since the 1990s golf boom faded, utilities and developers see the sites as ideal: flat, cleared, and already connected to roads. Coverage from Yale E360 and Yahoo highlights the trend as a model for land-scarce countries racing to cut emissions.
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Kenya has begun construction on a project to produce green fertiliser using solar power, according to a report by Renewables Now. The initiative combines renewable energy with agricultural input production, aimed at reducing dependence on imported synthetic fertiliser and cutting emissions from farming. Details on the project's size, location and backers were not provided.
- 4Japan turns abandoned golf courses into solar farms●Japan has no space for solar farms apart from old golf courses. https://www. japantimes.co.jp/business/2026 /09/28/compa
Japan is building solar farms on disused golf courses because the country lacks open land for large-scale renewable projects. As golf's popularity declines, operators are converting closed courses into solar generation sites, offering a rare spacious alternative in a densely populated nation where flat, unused land is scarce.
- 5Japan turns to abandoned golf courses for solar farms▼Japan has no space for solar farms apart from old golf courses
Japan is converting disused golf courses into large-scale solar farms, as the country has almost no free land left for renewable energy projects. Hundreds of golf courses have closed since the 1990s economic bubble, leaving wide, open, sun-exposed sites that suit panels well. Energy commentators see it as a practical answer to Japan's land scarcity and its push to cut carbon emissions.
- 6Japan Turns Abandoned Golf Courses Into Solar Farms▼Japan Is Turning Old Golf Courses Into Giant Solar Farms
Japan is converting disused golf courses into large-scale solar farms, reusing cleared, open land for renewable energy generation. With many courses closing as membership declines, the sites offer ready-made space for panels without competing with farmland. Observers see it as a practical model for other countries with aging leisure facilities and growing clean-energy targets.
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German energy company RWE has commissioned a new 9.5-MW solar farm in the state of Hesse. The project adds to RWE's growing renewables portfolio as Germany continues its push to expand solar capacity and cut reliance on fossil fuels. Energy industry outlets reported the startup, highlighting the utility's ongoing investment in photovoltaic plants across the country.
- 8Land Scarcity Pushes Solar Power Into Unlikely Spaces▼Space Squeeze Forces Solar Power Into Tight Corners
Reports highlight how shrinking availability of open land is pushing the solar industry to install panels in tighter, less conventional spaces. As large-scale solar farms compete with agriculture and development for ground, developers are turning to rooftops, car parks, and other constrained sites. Commentators in the energy press say land constraints are becoming a defining challenge for solar expansion worldwide.
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Cleveland is moving to install solar panels on two city-owned landfills, turning unused municipal land into renewable energy sites. The project reflects a growing trend among US cities of repurposing closed landfills for solar generation, and it is drawing attention from clean energy observers as an example of practical local climate action.
- 10Agrivoltaics boost winter wheat yields in Austrian trial●EWS reports 14% higher winter wheat yield at Austrian agrivoltaic site. You can integrate trees into livestock, horticul
EWS reports winter wheat yields 14% higher at its Austrian agrivoltaic site, where solar panels are installed over farmland. The findings are being cited as evidence that renewables and agriculture can work together, with similar integration possible for trees in livestock, horticulture and arable systems through agroforestry, so farming and energy generation need not compete for land.
- 11Texas solar farm pairs sheep grazing with tax revenue▼Texas solar farm combines sheep grazing with millions in local tax revenue
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.
- 12Researchers work to restore native grasses on solar farms▼Research powers up to help native grasses take root on solar farms
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.
- 13Jefferson County panel approves Watertown solar farm despite city opposition▼Jefferson County committee approves Watertown solar farm, despite City of Watertown opposition
A Jefferson County committee has approved a planned solar farm in Watertown, Wisconsin, moving the project forward despite formal opposition from the City of Watertown. Local officials had objected to the development, but the county panel's vote clears a key hurdle. The decision highlights ongoing tension between county-level renewable energy approvals and municipal concerns over siting of large solar installations.
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Construction of a solar farm is set to begin in November, according to a BBC report. The announcement marks a step forward in renewable energy development, though details about the project's location, size and operators were not specified in the available coverage. Large-scale solar projects typically draw attention for their impact on local land use and clean energy goals.
- 15Farming and solar energy projects show promise in Arkansas▼Promise seen in mixing farming, solar energy production projects
Combining agriculture with solar energy production is drawing interest as a way to use land for both crops, livestock and power generation. In Arkansas, observers see promise in these dual-use projects, though details on specific farms, timelines or scale remain limited in early coverage of the idea.
- 16Q ENERGY Opens 11 MWp Solar Farm in France's Marne▼Q ENERGY Inaugurates 11 MWp Solar Farm in France's Marne Department
Renewable energy developer Q ENERGY has inaugurated an 11 MWp solar farm in the Marne department in northeastern France. The facility adds new photovoltaic capacity to the region's energy mix and marks another step in France's push to expand solar power. Industry outlets reported the opening as part of ongoing solar development activity across the country.