The selected independent power producer will be awarded a 20-year PPA. The tendered solar plant will have a minimum capacity of 850 kW.
The solar project, located in Altai, is being developed with the financial support of the Asian Development Bank (ADB).
Norwegian researchers have quantified the cooling effect of water in direct contact with floating PV arrays. They tested a computational fluid dynamics model to estimate U-values and used it on a 6 kW floating system deployed by Ocean Sun.
Researchers in Spain have analyzed the most important technologies for the development of intermediate-band solar cells (IBSC), a solar PV technology that was conceived to exceed the Shockley–Queisser limit. They identified four established technologies that are currently being adopted to manufacture IB materials and IBSC prototypes. Their future goal is to find the appropriate material to fabricate cheap and very efficient IBSCs.
Despite a significant drop in turnover, the Israeli inverter maker was able to increase its net result in the third quarter of this year, in which it shipped around 1,415 MW of its products. In the first nine months of the year, the company’s revenue increased year-on-year from $1 billion to $1.1 billion.
South African scientists have used a PV system to keep tomatoes in cold storage. They linked an air-cooling system and evaporative cooling tech to a 3.5 kW array and 12 batteries and tested it for 28 days in September.
Indian researchers have created a hybrid salp swarm algorithm to optimize MPPT tracking in PV systems under partial shading conditions. It is based on the swarming behavior of salps in the ocean.
According to the country’s Ministry of Energy, an unspecified UAE solar company has committed to building several large scale PV plants across the country. These new projects would be granted a 20-year PPA and would be Sudan’s first solar parks.
The Italian utility is testing several technologies at a floating PV array in Sicily. It wants to select the most promising ones for future large-scale projects in the reservoirs of its hydropower plants throughout the world.
Researchers have analyzed the monthly performance ratio of 8000 PV installations distributed across the United Kingdom by using the calculation model of the U.S. National Renewable Energy Laboratory. They measured, in particular, thermal impact on the performance ratio (PR) and found that Spring and Summer seasons have higher monthly PR compared to Autumn and Winter.
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