It is now a well-established trend. After the switch to larger wafer sizes played out in 2019, this year has seen virtually all of the biggest PV manufacturers introduce new modules in dimensions above the 2-meter mark, and with power ratings in excess of 500 W – in some cases, as high as 800 W. As these modules begin to roll off production lines in larger quantities, it’s vital to take a look at the challenges and opportunities they bring to system design, installation, and long-term operation.
Researchers at the University of Malaga say they have developed a panel for building-integrated photovoltaics that improves light absorption without losing efficiency and durability.
Meanwhile, Chinese state-owned energy company State Power Investment Corporation (SPIC) has acquired a solar energy developer in Mexico and JA Solar has started construction on the second phase of its 20 GW ingot factory in Yunnan Province.
Researchers in Australia have conducted extensive research on all possible causes behind the light-elevated temperature-induced degradation (LeTID) in solar panels and presented a few mitigation strategies put in place by manufacturers to reduce its effects.
Through this new project, the Swedish CIGS turnkey equipment supplier aims to expand its presence in southern European PV markets.
The solar manufacturer’s impressive third-quarter gross margin is set to fall back in the current three-month window because global shortages have seen some material costs double since the world came out of Covid-19 shock.
The Chinese giant plans to further strengthen the supply chain for solar modules based on 210mm wafers by establishing joint ventures with its rival.
The South Korean module manufacturer has developed two new products for large-scale floating PV plants. They have power outputs of 415 W and 420 W and efficiencies of 19.4% and 19.6%.
Australia’s ClearVue wants to push ahead with the development of its transparent solar glass technology. Construction is now beginning on a commercial-scale trial project.
A Dutch-Hungarian research team has measured, for 12 years, the degradation rates of PV modules installed in an off-grid system located in Ghana. It found that the panels had an average annual decline in power yield of 3.19%.
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