Solar panels: Difference between revisions
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Use [[hoses]], [File:Titebond II msds.pdf|Titebond II], and [[couplers]] to create a liquid cooling loop on rear side of panel. | Use [[hoses]], [File:Titebond II msds.pdf | Titebond II], and [[couplers]] to create a liquid cooling loop on rear side of panel. | ||
=References= | =References= | ||
Revision as of 05:18, 21 March 2021
Introduction
Challenges
Many replimat projects require power in some form. Photovoltaic panels provide a rugged, durable, mass produced, and inexpensive platform for the system's energy production needs.
Approaches
The most typical size used for residential installations is 65 inches by 39 inches, while the common size for commercial applications is 77 inches by 39 inches. The smaller size is a better fit for residential projects to maximize available roof space. Most commercial projects have hundreds of panels and this is why the slightly larger panel is a more ideal choice. SunPower is the exception to length and width. Their residential panel is 61 inches by 41 inches, slightly shorter and a little wider than standard panels.
Development targets
Use hoses, [File:Titebond II msds.pdf | Titebond II], and couplers to create a liquid cooling loop on rear side of panel.
References
