A new week has brought another slew of big production capacity announcements as online retailer JD.com prepares to install 200 MW of solar rooftop capacity and project developer SFSY reported on a promising new business stream.
The Spanish energy company, which has hydrogen projects under way in its homeland and the United Kingdom, says it will allocate new resources to position itself at the forefront of the supply of renewables-powered hydrogen.
Scientists in Hong Kong have developed a cell they say retains more than 90% of its initial efficiency under accelerated testing conditions. The device is based on two-dimensional metal-organic frameworks.
With biodiversity concerns and social impacts such as arguments over the loss of agricultural land delaying projects, non-profit The Nature Conservancy India has published a report to help developers choose their locations more carefully and get India’s energy transition back on track.
The Dutch government awarded 3.91 GW of renewable-energy capacity in the program’s latest round. It set aside €4 billion for the exercise, but only used €3.3 billion, including €2.1 billion for PV.
With installers and developers trying to squeeze every kilowatt-hour out of every rooftop and every array, racking and trackers are the unsung heroes that secure and tilt panels, while maximizing output and protecting wiring and other gear.
The Western Australian government is talking to developers around the world about building a 1.5 GW wind and solar hydrogen hub at the Okajee Strategic Industrial Area. The state’s Mid West region has some of the world’s best solar and wind resources and they could drive the development of a local green hydrogen economy.
Work has started on PV plants with generation capacities of 20 MW and 10 MW. The facilities will be located in Koudougou, in Boulkiemdé province and in Kaya, in Sanmatenga, respectively.
The U.S. polysilicon manufacturer has acquired DuPont’s trichlorosilane business, in a move that will help it cut production costs and control supply.
A proposed two-diode model is based exclusively on the standard test condition parameters of solar modules and their irradiance levels. The analytical tool reportedly enables PV system operators to estimate the I-V curves of a shaded array quickly and accurately.
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