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The Hydrogen Stream: Linde plans 5 MW electrolyzer in Brazil

Linde says its White Martins unit will build a second electrolyzer to produce green hydrogen in Brazil, while Sunfire has launched a front-end engineering and design study (FEED) for a new 500 MW hydrogen project.

Weekend Read: PV goes portable

Portable solar generators are making their way from the fringes of solar and energy storage to become a mainstream consumer item. The rise has been charged by a range of factors that have created massive brands. Where did the sector emerge from, who was buying before, who is buying now, and what’s next? Tristan Rayner reports.

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Weekend Read: Decarbonizing disaster response

Diesel generators have been the workhorse of disaster relief for decades but as the frequency of extreme weather events rises, so do calls to decarbonize the emergency response. Sustainability may not be the only benefit to using solar in a crisis, as pv magazine discovers.

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The Hydrogen Stream: Consortium unveils 85%-efficient solid oxide electrolyzer

Elcogen and Convion have revealed test results for their new solid oxide electrolyzer, with an electrical efficiency above 85%. It could potentially facilitate the production of 39 kWh of electrical energy per kilogram of green hydrogen.

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The Hydrogen Stream: Netherlands starts building hydrogen network

The Dutch authorities have started building a national hydrogen network, while Fortescue has acquired a 12.5% stake in Norwegian Hydrogen.

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A simple way to bring solar to multi-family apartments

Offering solar savings to apartment dwellers, and particularly renters, is not a simple task – as low take-up in Germany has demonstrated. Mel Bergsneider, from Australian startup Allume Energy, explains how a product offered by her company could change all that.

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Big solar already pulling its weight on emission reduction – especially in Chile

Following a disappointing COP27 climate change summit in November, solar industry veteran Philip Wolfe reviews the contribution utility-scale PV is starting to make to emissions reduction.

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Seawater aqueous battery based on alloy of zinc and manganese

Scientists in the United States developed a new anode for aqueous batteries. A working battery utilizing this anode, with seawater as an electrolyte, demonstrated impressive energy density, and remained stable after 1,000 hours of high current cycling. The group is already discussing the potential of their approach in large-scale manufacturing.

PG&E, Tesla start building world’s biggest battery

The 182.5 MW/730 MWh Moss Landing energy storage system could eventually be expanded to 1.1 GWh – putting it on track to overshadow Tesla’s massive Hornsdale project in Australia.

The week in perovskites

As a focus of research at leading institutes the world over, new developments in the perovskite field come thick and fast almost every week. From x-ray observations on a nanoscale to financing and plans for mass production, pv magazine is bringing together some of the most exciting developments of recent weeks.

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