Distributed Solar: Difference between revisions

From P2P Foundation
Jump to navigation Jump to search
(Created page with " =Definition= Michael Hartsell: "Distributed solar is system of energy production at the point of use for meeting energy needs under certain weather conditions. In addition...")
 
 
Line 5: Line 5:
Michael Hartsell:
Michael Hartsell:


"Distributed solar is system of energy production at the point of use for meeting energy needs under certain weather conditions. In additions, a distributed system allows for energy production locally, rather than transport over distance, which increases efficiency. Distributed solar addresses the actual cycle of use of energy under specific weather conditions such as peak use during a sunny day during business hours; while on an overcast day, energy production from solar would decrease due to cloudy conditions, and at the same time, energy use would decrease as well, since the temperature would decrease."
"Distributed solar is system of energy production at the point of use for meeting energy needs under changing weather conditions. In addition, a distributed system allows for energy production locally, rather than transport over distance, which increases efficiency. Distributed solar addresses the actual cycle of use of energy under specific weather conditions such as ''peak use'' during a sunny day or business hours; while on an overcast day, energy production from solar would decrease due to cloudy conditions, and at the same time, energy use would decrease as well, since the temperature would decrease."


[[Category:Energy]]
[[Category:Energy]]

Latest revision as of 07:25, 15 September 2013


Definition

Michael Hartsell:

"Distributed solar is system of energy production at the point of use for meeting energy needs under changing weather conditions. In addition, a distributed system allows for energy production locally, rather than transport over distance, which increases efficiency. Distributed solar addresses the actual cycle of use of energy under specific weather conditions such as peak use during a sunny day or business hours; while on an overcast day, energy production from solar would decrease due to cloudy conditions, and at the same time, energy use would decrease as well, since the temperature would decrease."