About Luo Quankui the photovoltaic panel boss
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5 FAQs about [Luo Quankui the photovoltaic panel boss]
Are Sc-Si PV modules a low-carbon pillar of the energy transition?
With a carbon footprint of 420–810 kg CO 2 -eq/kW p and 13–30 g CO 2 -eq/kWh (excluding BOS), this study shows that current sc-Si PV modules are indeed a low-carbon pillar of the energy transition, emitting even less carbon than previously expected.
What is the driving force model of China's photovoltaic industry?
A driving force model of China's photovoltaic industry is established. Factors influencing the annual photovoltaic install capacity and their contributions are determined. Photovoltaic industry is a good form of industrial development. Future trends in photovoltaic industry in different scenarios are explored.
How much energy does a 1 kW P Sc-Si module produce?
Results of environmental assessment of 1 kW p sc-Si glass-backsheet and glass-glass modules produced in China, Germany or the EU for the 16 EF environmental indicators recommended by IEA PVPS and EU PEFCR [13, 14]. Glass-backsheet modules: P = 366 W p, η = 19.79%. Glass-glass modules: P = 359 W p, η = 19.40%.
Why is the Chinese PV industry economically vulnerable?
The Chinese PV industry is economically vulnerable due its dependence on foreign countries in sourcing silicon and other PV products which are exacerbated during international developments such as the 2008 global financial crisis and the 2013 “anti-dumping and anti-subsidy” investigation in Europe and the United States ( Li et al., 2013 ).
Is PV installed capacity an indicator of industrial development in China?
This research sheds light on the development process of the PV industry in China by considering the PV installed capacity as an indicator of industrial development. A quantitative evaluation method was established to assess the PV industry and its influencing factors by developing a driving force model.