SPONSORED: Louis Huber, independent consultant at GreenSquare SPRL coordinator of EPKI - European Perovskite Initiative; Dr. Alessandra Alberti and Dr. Ioannis Deretzis from CNR-IMM Institute for Microelectronics and Microsystems Catania Italy and Prof. Dr. Mohammad Nazeeruddin, of EPFL Sion, and founder of Valais Perovskite Solar S, explore the history and future of perovskite cells.
At least two global technology leaders could set up Gigafactories to manufacture lithium-ion cells in India in the next couple of years, according to the head of the India Energy Storage Alliance (IESA).
Plans for a major financial package to support India’s domestic PV manufacturers have been cancelled by the Indian government in order to be reshaped for the current state of the industry, according to a source close to the issue.
Although capacity expansion announcements in January remained subdued and followed the low level of activity seen in the second half of 2016, February proved to be the third busiest month since 2014 and the strongest February in more than three years. March did not maintain that momentum but still posted strong figures, the second highest March figures in more than three years.
Innovation in the field of thin-film cells, in addition to economy of scale and the manufacturing learning curve, is an important element in keeping the price of this technology competitive. Most papers on these cells focus on their technology; however, the economic potential of the technology is also important. Of even greater significance, a realistic estimation of the potential, along with the associated costs, of advanced technology, is part of the equation for profitability. Two examples of technology – metallic grids and texturing – are given in this paper; the designs are discussed, and a brief economic analysis is presented for various scenarios of the technologies. Although the profitability of these technologies can be considerable, it is shown that one should be wary of basing decisions purely on potential and on ideal scenarios, and how the cost of a technology can turn a great prospect into a trade-off.
In this quarterly report on global PV manufacturing capacity expansion announcements we will provide a detailed analysis of 2016. Despite a significant slowdown in new announcements in the second half of the year, 2016 surpassed 2015 by around 16% to exceed a total of 55GW of thin-film, dedicated solar cell and module assembly and integrated PV expansion plans.