Finlay Colville summarises the updated analysis by our in-house research team at PV-Tech, where we have adjusted our models and forecasts for the 20 companies active in Taiwan today producing ingots, wafers, cells and modules.
PV Tech caught up with Ramesh Nair, CEO of Indian PV manufacturer and developer Adani Solar, at the REI Expo in Greater Noida last week, to discuss the future landscape of solar manufacturing in India and trends in module technology choices.
With the multi to mono transition largely a fait accompli in the PV industry, the buzzword for 2019 will certainly be on bifaciality. This has been brewing for some years, but the sheer weight of capacity and production will finally impact on large-scale utility solar in ways most appear to be grossly unprepared for.
For all intents and purposes, 2018 may be remembered as the year that Taiwanese solar manufacturing moved from its former cell-making glory days of the past (Taiwan solar 1.0) to adjust to the new reality as defined by China’s bulldozing annihilation of cash-struck overseas manufacturing regions in recent times.
While India’s solar market is still heavily weighted on the lowest possible costs, the price difference between monocrystalline and polycrystalline PV module technologies is beginning to fade. PV Tech caught up with major module suppliers at the REI Expo in Greater Noida, India, to discuss the future of Mono in this heavyweight global market.
India's government has made clear its intentions to cultivate a solar PV manufacturing base at home, but interest from foreign players has yet to be translated into major capacity expansions. PV Tech gathered views from various players - both foreign and domestic - about what steps need to be taken, while at the REI Expo 2018 exhibition in Greater Noida, India.
Growatt has introduced the MAX 50-80KTL3-LV/MV series string inverters that are equipped with 6 MPPTs, enabling more flexible string configuration and less string mismatch loss for commercial rooftop installs with shading issues.
Manz launched its third generation ‘SpeedPicker’ 3.0 from its SAS series equipment for the specific handling of crystalline silicon wafers in the manufacturing of solar cells. SpeedPicker provides an automation solution for almost contact-free handling of solar cells throughout their entire production process.
