Researchers in the United States have tested organic photovoltaic filters in a greenhouse hosting lettuce growth and have found the devices’ transmission spectra may help fine-tune the characteristics of the plant. They used transcriptomic analysis to assess the key modifications of the plants grown under the solar filters.
According to the new provisions introduced by the French government, owners of PV systems with a capacity of up to 500 kW will pay a grid fee that is 40% of the current rate. As for heat pumps, their owners will pay only 20% of the fee.
Danish BIPV specialist Dansk Solenergi has added two more tiles to its product range – an 18.15%-efficient dark grey panel and a 16.7%-efficient terracotta product. Both panels have an operating temperature coefficient of -0.34% per degree Celsius.
The French authorities have so far selected four BIPV products that are eligible for the incentive scheme.
Solarpack’s click&go system relies on solar panels in its own projects, rather than in the homes of consumers, so households can consume renewable energy remotely. Clients can buy energy produced from their remotely owned panels for around €30 ($32.98)/MWh.
This is Enphase Energy’s fourth recent acquisition, which enhances Enphase Energy’s planned digital platform for installers.
The company’s German customers can buy, together with the modules, CO2 certificates so that the products are completely neutral. According to the manufacturer, the additional costs are about €11 per module.
The new product is part of the company’s HiKu6 series based on 182mm wafers. Its temperature coefficient is 0.34% and its electrical characteristics are claimed to be compatible with the most common photovoltaic inverters thanks to current values below 14A.
The funds were taken from the country’s National Recovery Plan in an effort to reduce energy dependence on Russia. A call to select eligible projects will be launched on March 22. Solar-plus-storage projects will also be entitled to participate.
Scientists in Spain have designed a BIPV forced ventilated facade that can be used as support for heating and a domestic hot water (DHW) building system based on air source heat pumps (ASHPs). In the proposed system configuration, the heat pump is expected to cover building heating demand at all times, regardless of the performance of the solar array.
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