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Photovoltaics Durability: Strategies for the Advancement of Photovoltaics Performance & Reliability - Webcast & Conference Documentation
Knowledge Press, April 2010, Pages: 80
Thin film photovoltaics are being utilized for sustainable power generation in multiple industries. Their relatively light weight compared to wafer-based photovoltaics allows for greater application as well as lower costs. However, drawbacks such as uncertainties in durability and reliability have impacted thin film technology adoption.
This webcast will explore the causes of thin film PV failure and the efforts to improve cell reliability, longevity, and strategies to reduce costs.
In the Photovoltaic Webcast Series, we will discuss the trends, technology, and latest technological innovations in photovoltaic systems and their commercial applications.
The scope of the discussion will include:
- Stability and durability issues related to thin film PV and its effect on cell reliability and performance
- Impact of reliability on cost and commercial adoption of thin film photovoltaics
- Inorganic vs. organic thin film PV durability and performance - different issues, similar solutions?
- Non-destructive testing and other characterization techniques used to access a cell’s degradation and reliability
- Specific problems with durability and reliability related to organic and inorganic thin film PV affecting their performance and cost
- Contrasting points of view from the organic and inorganic PV technologies - What’s in the near future?
This webcast will include talks from R&D leaders in the thin film photovoltaic community and will be followed by a live panel discussion and Q&A session.
Advantages of Purchasing the On Demand Webcast:
- View conference video
- Listen to audio
- View speaker's PowerPoint presentations
- Download a PDF of the conference documentation
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