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Solar has installed a 750 kW floating PV system on a quarry near Weeze, Germany. The project covers a huge portion of the yearly power needs of Hülskens,

certified by the Institute for Solar Energy Research Hamelin (ISFH) in Germany. The cells are HBC (heterojunction back-contact) cells, developed using an

80-MWp solar project in Brandenburg, Germany has received mezzanine financing of approximately EUR 11 million from a multi-investor debt fund managed by Prime

solutions. While the manufacturing and research for the PSCs will be done in Germany, all module design will be performed in America, strengthening the

a year earlier. The company highlighted two main drivers: the revival of Germany’s wind energy business and a growing pipeline of projects reaching

has commissioned an 11.5-MWp ground-mounted solar park in south-eastern Germany, strategically located next to one of its onshore wind sites. The pairing

Germany’s power system is holding its clean-energy gains. In the first nine months of 2025, renewables supplied almost 57% of the country’s gross electricity consumption—on par with the same period last year. The headline stability masks a lot of movement beneath the surface: wind remained the backbone, solar continued to grow into midday hours, and hydropower contributed modestly depending on basin conditions. The numbers reflect a grid in transition. On sunny, windy days, wholesale prices dipped and curtailment occasionally rose as operators balanced congestion in the north against strong demand centers in the west and south. On still evenings, by contrast, prices spiked—reminding policymakers that flexibility, not just capacity, is the scarce commodity. Batteries, demand response, and smarter interconnections are now central to planning, while gas plants continue to provide firming and black-start capabilities. Rooftop and utility-scale solar both added material daytime output this year, aided by cheaper modules and faster permitting in several Länder. Yet more PV without flexibility can widen the “duck curve,” so transmission build-outs and storage procurements are stepping up. Co-located batteries at new solar sites help shift noon surpluses into dusk, and growing aggregations of home batteries and heat pumps are beginning to provide ancillary services via virtual power plants. For industry, the 57% figure has two meanings. First, carbon intensity keeps falling, which aligns with corporate Scope 2 targets and improves the case for electrifying heat and processes. Second, volatility persists, so long-term contracts and flexible consumption strategies—thermal storage, smart charging, process timing—remain essential to keep energy costs predictable. Winter will be the next test. Shorter days and variable wind call for careful coordination across borders and technologies. If Germany can keep adding storage, accelerating transmission, and rewarding flexible load, the system can push past the 60% threshold sustainably rather than sporadically. The year-to-date data shows the destination is in sight; getting there is now mostly about timing and tools, not technology.

of 22 MWp solar projects integrated with battery storage systems in Germany.The projects aim to enhance renewable energy capacity and storage solutions,

the cost-effectiveness of mounting storage to support residential solar. In Germany last year, households installing premium solar & storage systems taken

at Germany's Jülich Institute for Energy and also Climate Research (IEK-5) think that salt caverns are a viable, flexible as well as efficient service

and expected to be operational by the second quarter of 2025. Developed by Germany’s Fronteris Energie GmbH, the solar park, located in Dietfurt and

in solar items, based in Handweitt in Schleswig-Holstein, not far from Germany's border with Denmark. It disperses products throughout the north of

by the Institute for Solar Energy Research in Hamelin, Germany, the record was accomplished on M6 (274.4 cm2) full-size monocrystalline silicon wafers. The

also is currently increasing right into industrial and also business tasks in Germany, where solar arrays are already mandatory in lots of regions, the announcement

plant, developed by EPC business MaxSolar GmbH of Traunstein, Germany, for which ground was broken in October, is set up for conclusion in mid-2023. A people'