German standards body TÜV Rheinland is introducing a new testing and certification program for pv modules. The program incorporates component specific tests and ongoing, random testing of running production lines. Hanwha Q Cells assisted in the development of the program, and this week announced it is the first manufacturer to receive the new Quality Control PV Certification.
According to a research team from Oxford University, solar and wind may be applied in power-to-methanol projects only if the methanol industry will switch from conventional chemical processes, that require a constant energy supply, to more flexible processes that need demand-side management.
Installations hit a record 476 MW/764 MWh in the third quarter, with California’s deployment figures alone shattering all previous quarterly records.
Scientists in Portugal have proposed a new framework to simulate mismatch conditions at the cell level. They claim the tool is particularly suitable for simulations of small PV systems with few module strings.
And Risen has agreed to buy 2.25 billion wafers from monocrystalline wafer manufacturer Wuxi Shangji Automation, while Trina has cornered another 30,000-ton slice of the global polysilicon market.
Saudi Arabia’s futuristic Neom City will not use the cheapest sources of renewable energy, but those with the best chances of being dispatched, due to the storage potential of concentrated solar power. But several issues must be addressed to make the tech viable.
The Netherlands has allegedly evaded anti-dumping and countervailing duties imposed on solar imports from China, Taiwan and Malaysia between May 2015 and March 2017, according to the European Commission. The Dutch government said the claims from Brussels are not justified.
The authorities in Flanders will grant maximum rebates of €1,500 per PV system to homeowners from Jan. 1. The scheme is expected to drive up solar installations by 1.5 GW by 2025.
The investment underscores the critical role of software in driving the mainstream adoption of solar.
The novel technique consists of a PVC pipe with 20 holes that is placed on the top of a PV module and is able to maintain a constant discharge of water. It was demonstrated on an experimental photovoltaic-thermal PV system in which the PV panel was not integrated with the solar collector but connected to it via pipes.
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