Scientists in the UK delved deep into the structure of a perovskite solar cell, looking to understand the complex relationship between the materials that make up the perovskite layer, and the role of different defects in both limiting and improving performance. The findings could allow for new perovskite materials that are specially structured to maximize PV performance.
The successful contractor will install the arrays in blocks of 2-10 MW and will carry out all stages of installation, from site surveys through to 12 years’ operation and maintenance.
Designed for BIPV applications by scientists in Korea, the solar cell is based on a 100μm-thick n-type silicon wafer and has a bending radius of 3-6mm.
NREL scientists have unveiled a storage system based on a phase-change material that can store both thermal energy and electricity in a single device. According to the researchers, the new technology may be used to store excess electricity produced by on-site solar or wind operations in large scale buildings.
Proton Motor Fuel Cell and xelectrix Power have also developed a complete system that combines fuel cell and battery storage technologies and U.S.-based Plug Power is building a 100 MW electrolyzer in Egypt. Furthermore, Germany said it wants to deploy 10 GW of hydrogen capacity by 2030 and South Korea unveiled its hydrogen strategy.
The country’s cumulative PV capacity reached 13.3 GW at the end of September. This year’s growth was triggered by a strong increase in utility-scale solar projects.
Finland-based fairway maintenance service provider Arctia Group is developing solar-powered navigational markers through an EU-funded research project. A 10-meter high solar buoy is currently being tested by the Ports of Stockholm.
Furthermore, polysilicon manufacturer Daqo will increase investments in its plans to expand capacity and Canadian Solar closed a strategic co-operation agreement with battery giant CATL.
The Eastern European country is expected to reach 10 GW of solar capacity by the end of 2022, according to the Polish research institute Instytut Energetyki Odnawialnej. This projected growth should materialize despite a strong contraction in the distributed generation segment.
Through the procurement exercise, the Portuguese authorities want to select floating PV projects between 8 to 10 MW in size. Six water reservoirs have already been identified for their deployment.
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