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China-led breakthrough: perovskite–silicon tandem hits 32.12% efficiency via steric-complementary passivation, slashing recombination, edging toward 40%, and retaining 80% after 1,000 hours MPP with HJT.

ACEN flips the switch on a 60‑MW, battery‑ready solar park in Northern Luzon—grid-smart, evening-shiftable, and PPA-ready—blending bifacial tech with fleet-grade O&M for bankable uptime.

GAIL India’s 600-MW solar plus 550-MWh storage project in Uttar Pradesh aims to “firm” output, smooth evening ramps, and deliver fast grid services—pivoting from gas to large-scale power.

Fortescue pledges $680M for Pilbara’s 200-MW Green Energy Project, boosting 1.2GW solar, 600MW wind and 5GWh storage—powering data centres with clean, islanded electricity by 2028.

Solarigo’s 34-MWp Finland solar park is now producing power—boosting its Nordic PV capacity as corporate demand rises. Built for Finland’s snow, it delivers reliable, data-driven performance and O&M.

Enray Power taps The Greencells Group to deliver a 71.28MW UK solar park near Carlton, using 108,836 bifacial tracker modules to boost yields—fueling fast-growing solar investment.

R.Power secures a €41.6m project finance facility for four Romanian solar PV plants—boosting Central and Eastern Europe growth and accelerating Romania’s clean energy and decarbonization goals.

Getting the right solar tech installed in homes can be very challenging in absence of proper knowledge and experience. It's not like purchasing a car or any

There's a selection of appealing ways in which investors can soak up the sun.

Solar cells made of perovskite go to the facility of much current solar research. The product is cheap, easy to generate and practically as efficient as silicon, the material generally utilized in solar cells. However, perovskite cells have a love-hate-relationship with the sun. The light that they require to create electrical power, additionally hinders the quality of the cells, drastically limiting their performance and security with time. Research study by scientists at the Eindhoven University of Technology and also universities in China and the United States currently sheds new light on the root causes of this deterioration and paves the way for developing brand-new perovskite compositions for the utmost steady solar cells.

Researchers in the United States have actually established a lithography-based process for the construction of single-crystal perovskites. Thin films made using this procedure have been incorporated into a range of devices, including solar cells, and also have demonstrated much better security performance than their more frequently looked into polycrystalline counterparts.

Tumbling solar costs have spurred Google on to a dramatic boost of its exposure to the technology, acting to line up supply from projects worldwide as part of a major clean energy push.

Developer Hydrogen Renewables Australia (HRA) and German engineering giant Siemens have unveiled plans for a hydrogen production facility in Western Australia, meant to be powered by a whopping 5GW of wind and solar.

U.S. solar companies installed 3.8 GW of brand-new solar PV capacity in Q3 2020, a 9% rise from Q2 installations as the industry experienced a recuperation from the most awful effects of the COVID-19 pandemic.

Researchers at NREL have actually produced a solar battery with an efficiency of almost 50 percent. The cell currently holds 2 globe documents for solar conversion efficiency