A Russian-Italian research group has developed resonant silicon nanoparticles that are claimed to improve the performance of perovskite solar cells. These particles serve as nanoantennae – they catch light and it resonates inside them, which amplifies the cell’s light absorption.
Developed by Dutch company UseAllEnergy, the module is fabricated with a heat exchanger placed on the rear side that works as a heat source for a brine-water heat pump. Thanks to this innovation, the heat pump does not need to get heat from a borehole yet can still generate sufficient thermal energy. The solution is claimed to be easy to install and also to be suitable for retrofits.
With this large-scale solar project, the company’s total renewable capacity will swell to 4,611 MW, comprising an installed capacity of 2,947 MW and 1,664 MW under implementation.
Swedish start-up Clean Motion is seeking to commercialize an electric delivery van that is also powered by IBC solar modules placed on its roof. The vehicle is claimed to have a 400 km range, of which up to 130 km are provided by the PV array.
Electricity transmission system operators from 35 European countries have opened the call for new storage and long-distance network projects that wish to be included in their next, Europe-wide ten-year grid development plan.
A report published today states the British grid needs to become more flexible at a faster pace to stay on track for a net-zero 2050 and called for time-of-use electricity tariffs and for the government to stop dragging its heels on issues such as EV charging.
From pv magazine Australia Queensland’s University of Technology (QUT) is working on verifying Titan Hydrogen’s claims its patent-pending technology will “effectively double” vehicles’ driving ranges by enabling a fuel cell to produce more electricity from the same amount of hydrogen. The Australian-based company claims its technology could increase the capacity of fuel cells by up […]
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The 120 MW solar plant will sell power under two long-term PPAs for the electricity to be generated by 90 MW of its capacity.
Pakistan’s Punjab region is planning to build solar plants on top of canals across several locations. Experts are now being sought to conduct a feasibility study and identify potential locations.
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