Search

Canterbury City Council has approved Renewable Connections’ Britton Court project, pairing 38 MW of solar with a 30 MW battery to power 15,000 homes and strengthen Kent’s clean-energy ambitions.

MET Group launches its first German solar farm, powering 3,600 homes and cutting CO₂ by 6,500 tonnes, marking a bold step in its European renewable expansion.

Origis Energy partners with Pioneer Community Energy for a 65-MW solar park in Kern County, boosting California's clean energy with innovative solar-storage solutions.

Infranity's strategic investment in Power Capital Renewable Energy accelerates Ireland's solar and storage growth, unlocking nearly 1 GW of new projects.

European EPC SUNOTEC unveils a Nordic division to deliver solar-plus-storage in Sweden, Finland and Norway, focusing on grid-ready designs and repeatable builds.

X-Elio inaugurated the 72-MW Liberty Energy solar park in Texas with co-located storage, delivering contracted power to BASF and strengthening ERCOT’s evening resilience.

Columbus Energy urges Polish government talks on selling Saule's perovskite tech, sparking co-owner opposition and highlighting tensions over national control and renewable innovation.

Chint Solar and London-based Voltis formed a joint venture to develop roughly 5 GW of UK solar and battery storage, targeting bankable, grid-friendly projects.

Equator Renewables Asia and CRE International will develop 900-MWp solar and 1.2-GWh storage in Indonesia’s Riau Islands to export clean power to Singapore.

Stanwell will host an eight-hour battery from Quinbrook at a coal-station site in Queensland, forming the anchor of a larger storage hub.

Catalonia passed a decree to cut permitting times, clarify storage rules, and support energy communities, aiming to accelerate wind and solar build-out.

Alight’s Swedish IPP buys Greengo’s Danish solar-plus-storage hybrid to deliver dispatchable power, ease grid congestion, and strengthen Nordic firmed renewables—batteries enabling evening peaks and multiple revenue streams.

Rice University engineers have accomplished a new standard in the style of atomically thin solar cells made from semiconducting perovskites, increasing their performance while keeping their capacity to withstand the atmosphere.

Perovskite solar cells (PSCs) are taken into consideration an appealing candidate for next-generation photovoltaic innovation with high effectiveness and low manufacturing cost, potentially changing the renewable energy industry. However, the existing layer-by-layer production process presents challenges that have actually hindered the commercialization of this technology.

Acquisition set to fuel company's expansion in United States