Official figures from Sweden’s energy association says more solar was added than estimates suggested during a record year for PV deployment in 2023, with the country’s cumulative capacity now standing at around 4 GW.
Sweden-based Nordcell Group announced plans to build a 1.2 GW module factory in its home country. With a site decision coming soon, module production is planned to start in the first half of 2025.
High interest rates, inflation, and customer uncertainty could slow down residential PV growth in Sweden this year, despite record solar installations in 2023, but interest in utility-scale PV remains strong.
A group of researchers from Sweden has developed a new model to find the optimal tilt angle in PV installations located at high latitudes. The new approach takes into account, among other factors, the effect of transmittance change based on snow.
The new heat pumps use propane (R290) as the refrigerant and have a seasonal coefficient of performance of 4.7. The maximum temperature outlet is 70 C and the maximum cooling power spans from 8 kW to 13 kW.
Soprasolar has revealed plans to integrate Midsummer’s thin-film solar panels into its roof membranes, offering solar panels to customers whose rooftops cannot withstand the weight of silicon panels.
The Swedish manufacturer said its new heat pump is an ideal solution for offices, shops, hotels and industrial buildings. The new product has a size of 15 kW to 41 kW and uses difluoromethane (R-32) as a refrigerant.
The new solar cell achieved a maximum power conversion efficiency of 23.75% and a certified efficiency of 23.64%, thus beating the previous world record of 23.35% achieved in 2019 by Japan’s Solar Frontier. The result was confirmed by the Fraunhofer ISE.
In response to its customers’ needs, Sweden’s Dyenamo has added several new perovskite product lines and increased production of materials for the full range of perovskite solar cell designs.
Researchers in Sweden have developed a new PVT module using an aluminum alloy structure between the thermal absorber and the photovoltac cells. This architecture reportedly reduces thermal expansion by 20%, thus increasing the chances of mitigating cracks in the PV unit.
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