Valoe completed the 15-month purchase process of a 60 MW cell production line from Solitek in the spring and installed interdigitated back-contact production equipment. It hopes to begin deliveries in the next quarter.
Available in four different products, the series features a conversion efficiency of 20-21.2%. Two of the panels are packaged in a sleek, all-black aesthetic.
Chinese tier-1 manufacturer Seraphim announced plans for a new factory in Vietnam. The module assembly facility will have 750 MW total capacity and is expected to serve both local and international demand.
Taiwan-based Heliartec has deployed a solar facade on a 3D-printed concrete house in Belgium. It said it installed the solar facade with the “circular construction” philosophy in mind.
Iraqi researchers have demonstrated the technical and economical feasibility of using shallow geothermal energy to cool PV systems. They tested two different techniques – a closed-loop system and an open-cycle system – to reduce power losses from 30% to up to 4.1%.
Hong Kong-listed solar company Irico New Energy is preparing to shunt its non solar glass business units into Chinese state-controlled parent Irico Group so it can treble its PV glass production capacity in 2024 with the help of a four-line, $108 million manufacturing facility.
Scientists in Switzerland achieved 26.5% efficiency on a perovskite-silicon tandem cell measuring 4cm² and relying on industry-standard screen-printed metallization, further demonstrating the technology’s potential for large-scale production and low-cost electricity generation.
Researchers in Arizona have used the Suns-VoC characterization method for indoor solar cell testing to monitor PV installations. The method can also be used with outdoor distributed-generation and large-scale solar arrays.
The company shipped a record 5.1 GW of modules in the July-to-September period and expects to hit up to 19 GW for the year, with ‘nearly 100%’ of its products likely to be based on monocrystalline technology in 2020.
Scientists in the United States have conceived a new process to apply a low-cost organic pigment to perovskite solar cells. The new technique is claimed to increase the efficiency of the devices by around 1.2% and also to improve the cells’ stability.
This website uses cookies to anonymously count visitor numbers. View our privacy policy.
The cookie settings on this website are set to "allow cookies" to give you the best browsing experience possible. If you continue to use this website without changing your cookie settings or you click "Accept" below then you are consenting to this.