Helioplant will leverage SolarEdge’s inverter and power optimization technology to power its cross-shaped bifacial solar system specially designed for snowy Alpine regions with high elevation. They anticipate ski resorts will be a big market for the solution which uses SolarEdge’s technology to overcome shading issues caused by the cross-structure.
Deployment hits ten year high in the United Kingdom with connection of largest plant to date and a ramping up of small-scale installations. Government targets accelerated deployment with new support for rooftop installations and ongoing CfD auction.
Self-consumption PV projects accounted for most of the new solar capacity added in Cyprus last year, despite record levels of renewable energy curtailment, according to industry data.
Provisional estimates from Dutch New Energy Research indicate the Netherlands added 0.54 GW of residential solar and 1.54 GW of C&I and large-scale solar last year, taking the country’s cumulative capacity to just shy of 30 GW.
A report by energy think tank Ember finds India’s system operator regularly had to curtail solar generation as an emergency measure to maintain grid security, as other resources were already flexing to their maximum capabilities.
New documents reveal US government found only two cases of communications in Chinese inverters that differed from official documentation. The discrepancies were deemed “non-malicious” and “non-intentional” by investigators.
Pilot long-duration energy storage (LDES) project uses low viscosity, denser-than-water fluid. RheEnergise is panning for future projects in 10 MW to 100 MW range, with six to 20 hours of storage capacity.
Serbia had a record year for solar additions in 2025, led by deployment of large-scale plants. The country has a gigawatt-size project pipeline, although most remain in the earlier stages of development and are not expected to come online this year.
Germany’s Fraunhofer Institute for Solar Energy Systems (Fraunhofer ISE) is developing the world’s first medium-voltage PV plants in Germany to cut material use, reduce costs, and simplify grid integration. They will test 1,500 V and 3 kV string configurations to create cost-effective, voltage-resistant components for large-scale solar.
The 7 MW solar array will be built by the Nigerian unit of China Civil Engineering Construction Corporation after the company won a contract awarded by Nigeria’s Rural Electrification Agency.
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