Solar Panels on Every Roof: Difference between revisions
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(Added some more links under the "Internal Links" section) |
(Added some more links under the "Internal Links" section) |
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=Internal Links= | =Internal Links= | ||
*[[Solar Calculator]] | |||
*[[Rooftop Solar Cost/Benefit Analysis Calculator]] | *[[Rooftop Solar Cost/Benefit Analysis Calculator]] | ||
Revision as of 05:26, 1 August 2021
Basics
- This page aims to determine the impact if all of the roofs in an area were covered in Solar Panels , both by digging for existent research, and some napkin math (maybe even GIS work?)
- Do the math for Photovoltaic Panels , Solar Thermal Panels , and Hybrid Solar Panels maybe? (PV is easiets)
- Also do the math at different scales, street, neighborhood, county, nationwide
- Also may want to add in to the analysis
- Cost / Time to Breakeven (could even delve into potential incentives/programs to encourage the development of this)
- LCA to determine environmental impact (could also get LCOE / EROI , but this isn't too relevant for this line of inquiry)
- Impacts of Different Grid Setups (per-house Off-Grid , Semi- Decentralized Grid , as well as pricing/incentives ( Smart Grid stuff) , Supergrid (ie could the "staggering" help) )
- Granted this can become a page in of itself!
Internal Links
External Links
- An Article by ARS Technica Titled "A solar panel on every roof in the US? Here are the numbers"
- An Article by Forbes Titled "What Would The Economic Impact Be If Everyone Installed Solar Panels?" (mainly coveres the impacts to the grid / const incentives for development of Grid Scale Storage (didn't really cover Semi- Decentralized Grids or utilizing that extra energy for Power-to-X processes)
- A Paper by the National Renewable Energy Laboratory titled "Rooftop Solar Photovoltaic Technical Potential in the United States: A Detailed Assessment"