Marcio Takata, the CEO of Brazilian consultancy Greener, speaks to pv magazine about new provisions for distributed solar that went into force in Brazil at the start of this year. He says the new rules will slightly affect payback times, while ensuring strong growth volumes.
Trina Solar says its new TOPCon solar panel combines a double-glass design with n-type technology. Its efficiency ranges from 20.8% to 22.3% and the power output is between 415 W and 445 W.
Croatia’s Viktor Lenac Shipyard aims to replace electric boilers and a water-to-water heat pump with a seawater heat pump, in order to provide heat and cooling for buildings. The pilot project is backed by EU funding and has launched a tender to support the construction of the seawater heat pump.
Scientists in Belgium have designed a solar-powered electrolyzer that uses standard-sized, large area shingled silicon PV for water splitting. The system is reportedly able to achieve solar-to-hydrogen efficiency of 10% at electrolyzer current densities of approximately 60 mA cm−2.
Nina Hojnik, the director of the Slovenian Photovoltaic Association, speaks to pv magazine about new provisions for large-scale solar in Slovenia. She discusses several regulatory obstacles to developing agrivoltaics, as well as plans to phase out net metering for rooftop PV.
The United Kingdom hit 14.3 GW of cumulative solar capacity by the end of last year, according to provisional government data. New solar capacity grew by 4% year on year, with the rooftop PV market accounting for most of the new installations.
Gautam Solar’s 10-busbar solar panels feature peak power outputs ranging from 520 W to 550 W, with front-side conversion efficiencies ranging from 20.11% to 21.27%.
With 25 GW of solar now under development, on top of 107 GW of existing capacity on the US grid, the energy transition is in full swing.
Tongwei is offering six versions of its monofacial monocrystalline panels, with power outputs ranging from 400 W to 430 W and power conversion efficiencies between 20.1% and 21.7%.
An international research group has developed a new Aalborg inverter design for high-power applications in solar arrays. The device has fewer switches than conventional, voltage-source inverters and can reportedly improve PV system performance by reducing switching losses.
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