Scientists have developed a wireless charging system for electric vehicles, with a three-port DC–DC converter at its core. They have simulated the system and tested a prototype in their lab and have found it achieved an improved efficiency of 88%.
Norway has introduced fiscal incentives for commercial and industrial (C&I) energy communities, exempting solar power sharing within a single industrial site from electricity taxes and grid fees.
Georgia Power and Mitsubishi Power have completed a 50% hydrogen fuel blend trial on an advanced-class gas turbine at Plant McDonough-Atkinson in the US state of Georgia, while Proteus Energy and Symbio France have developed a modular 75 kW hydrogen fuel cell system for hybrid and harbor vessels.
Researchers in Spain have simulated an energy community with varying electric-vehicle penetration levels (0%, 50%, and 100%) to analyze system optimization under different regulatory frameworks and EV brands. Charging strategies significantly affected overall performance and outcomes.
Evert has unveiled technical and availability details of its new power management unit, a wallbox that integrates a 22 kW bidirectional DC electric vehicle charger, a 20 kW PV inverter, and a home energy management system. The Norwegian startup targets residential users seeking integrated EV and solar energy solutions.
The European Commission has selected projects for €992 million ($1.1 billion) of EU public funding, while the Japanese government has agreed to provide $4.80 in subsidies for hydrogen fuel cell trucks.
Axpo has started remotely controlling a 2.5 MW hydrogen production facility (HPF) in Switzerland, while Statkraft says it will halt new green hydrogen projects amid market uncertainty.
Aurora Energy Research says the global electrolyzer pipeline now totals around 1.3 TW, with 114 GW in development and 32% expected online by the end of 2026. The firm cites stronger EU policy support and growing momentum in hybrid power purchase agreements (PPAs).
The Norwegian PV planning software company has released a new product for prospecting, analysis, and design of battery energy storage system (BESS) projects at the early stage.
Researchers have developed a three-step technique to estimate power generation loss in floating PV farms resulting from changes in tilt and mismatch losses. The new module was tested in an experimental setup and showed that electricity losses mainly depend both on system design and location.
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