Initiative partner: JinkoSolar
As the degradation phenomenon LeTID (Light and elevated Temperature Induced Degradation) presents significant challenges to solar plant owners and operators, this webinar will discuss how to secure investments, and which solutions are emerging in the industry to keep the degradation under control. As an investor, trusting in reliable testing procedures and a proven mode of production is critical.
Join Andrea Viaro, Head of Technical Service Europe from Jinko Solar, and the initiative partner of this webinar, as he outlines the key differences between LID and LeTID and explores the different LeTID behavior of Poly- and Mono-crystalline silicon technologies. Viaro explains Jinko Solar’s innovative technology as one possible solution to these LeTID issues.
Viaro will be joined by Paul Grunow, member of the board of PI Berlin and Senior consultant, who will demonstrate real world cases of the consequences LID and LeTID can have on a solar plant and discuss how to find modules that do not suffer these types of degradation.
Stefan Roest, CTO of Eternal Sun Spire, will also join the webinar to present the company's research, in collaboration with UNSW, on Light and Elevated Temperature Induced Degradation and Regeneration on commercial PERC modules. He will discuss the current state of LID/LeTID testing standardization and future developments, differences between LID and LeTID as well as the different LeTID effects between module types & manufacturers, and compare existing indoor test methods for LeTID, aiming in increasing investor's confidence.
Listen to a recording of this webinar, for an in depth exploration of the LeTID issues, and the possible solutions to manage this type of degradation, critical to securing investment.
Webinar Content:
• Examining the LeTID phenomenon and its differences with LID
• Physical mechanisms behind LeTID (and LID is necessary)
• Exploration of the different LeTID behavior of Poly- and Mono-crystalline silicon technologies
• Solutions implemented in production to control and reduce LID and LeTID phenomena
• The critical production steps where LID and LeTID are controlled (i.e. ingot growing and cell processing)
• Jinko technology for mass production, Impurities Control and Light-Induced Regeneration (LIR)
• LeTID monitoring, track record of 2018 historical data, achievements in mass production
• Discussing the current state of standardization
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This webinar was recorded on 14 March 2019.