US energy specialist Enphase will produce micro-inverters at a Flextronics factory in Timisoara, Romania, from the first quarter of 2023.
French solar company TSE has developed an agrivoltaic rotating canopy that allows large agricultural machinery to move under the panels. The solution consists of a rotating structure that can host bifacial solar modules at a height of more than 5.5 meters, with a four-post structure measuring 27 m x 11 m.
The Croatian authorities plan to auction off 300MW of PV, 300MW of wind, 8MW of biomass and biogas, 4MW of small hydropower, and 10MW of geothermal power.
Aerocompact’s new XM-P system was designed for use on all batten heights on pitched tiled roofs. It claims the system can eliminate the need for different types of roof hooks.
SolarPower Europe believes that more than 1TW of photovoltaics could be installed in Europe by 2030 to support the phase-out of Russian gas supplies. EU Energy Commissioner Kadri Simson has even used a famous quote by Italian Prime Minister Mario Draghi to underscore her determination to build up cell and module production on the continent.
In Wood Mackenzie’s solar installer Leaderboard, Freedom Forever overtakes Tesla in the top three spot for the first time.
NTPC has switched on 22MW of floating PV capacity as part of its 92MW floating solar project at Rajiv Gandhi Gas based Power Station in Kayamkulam, in the Indian state of Kerala.
In SunPower’s analyst day presentation, company executives announced that it is working with First Solar to develop a new type of residential solar module that pairs thin film with traditional silicon.
In other news, JinkoSolar secured a 1GW supply agreement with CNNC Rich Energy Corporation Limited and Yunnan Province announced a plan to deploy another 50GW of PV over the next three years.
This week saw more than 300 scientists and PV experts converge in Konstanz, Germany for discussion of the latest development in PV cell technology, and for many the first chance for a face-to-face meeting in quite some time. pv magazine reports from the SiliconPV conference, where the PV research community revealed a strong focus on eliminating or optimizing the use of critical materials like silver and indium from cell production, alongside a wealth of improvements in efficiency and longevity that is still possible for silicon PV technology.
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