India installed 3.3 GW of PV in the third quarter, including 2.6 GW of utility-scale projects, 485 MW of rooftop arrays, and 251 MW off-grid capacity.
The Irish government wants to introduce an unspecified renewable energy quota for the heating sector by 2024. The Sustainable Energy Authority of Ireland (SEAI) recently predicted that heat pumps could cover 20% of the country’s heating demand in 2030.
A Saudi Arabian startup has developed a modular solar panel for agrivoltaic applications. It is specifically designed for locations with high solar radiation levels and protects plants and crops from excess sunlight.
The rising popularity of “baseload” power purchase agreements (PPAs) has posed questions to solar electricity suppliers in the German market. How can projects that do not generate at night, and with wide seasonal output variation, effectively supply constant power to consumers? More importantly, who shoulders the price risk?
Scientists in the Netherlands have looked at how TOPCon IBC solar cells could help to reduce the impact of shading on solar modules.
Solar has dominated the 2022 round of the SDE++ program for large-scale renewable energy projects in the Netherlands, accounting for around 90% of all pre-assigned capacity. About 2,269 MW of PV project proposals have been accepted.
Three import deals signed by the EU at Sharm El Sheikh during this month’s COP27 summit show the European Union is serious about harnessing green hydrogen for its heavy industry, and about distributing the fruits of the energy transition on an equitable basis.
The Swiss authorities plan to hold auctions for PV systems to be deployed on hangars and barns. The new scheme is part of a package of new incentives for PV in the country.
Luxor Solar has developed a south-oriented system for high snow loads in Japan. It features its own heterojunction solar modules, along with mounting systems from Germany’s Next2Sun and inverters from Japan’s Omron.
US researchers have installed a pilot 4.3 kW solar system at Oliktok Point, Alaska, north of the Arctic Circle. They want to determine which PV system designs and technologies are most efficient in extremely cold climates with limited sunlight.
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