Energy conversion efficiencies: Difference between revisions
Jump to navigation
Jump to search
New page: *PV solar panel energy conversion efficiencies refer to the percentage of potential energy in the rays of sun hitting a PV panel that are converted into electricity for use by the consumer... |
No edit summary |
||
| Line 1: | Line 1: | ||
*PV solar panel energy conversion efficiencies refer to the percentage of potential energy in the rays of sun hitting a PV panel that are converted into electricity for use by the consumer. The standard test conditions for a solar panel give the sun a potential energy content of 1000W per square meter. This is the sun under perfect conditions hitting the panel directly at high noon. PV panels have standard energy conversion efficiencies of 8% - 17% depending on their design, and the material used in the panel construction. If a PV panel's energy conversion efficiency is 12% then the actual electrical output of a 1 square meter panel will be 120 Watts. | *PV solar panel energy conversion efficiencies refer to the percentage of potential energy in the rays of sun hitting a PV panel that are converted into electricity for use by the consumer. The standard test conditions for a solar panel give the sun a potential energy content of 1000W per square meter. This is the sun under perfect conditions hitting the panel directly at high noon. PV panels have standard energy conversion efficiencies of 8% - 17% depending on their design, and the material used in the panel construction. If a PV panel's energy conversion efficiency is 12% then the actual electrical output of a 1 square meter panel will be 120 Watts.[http://en.wikipedia.org/wiki/Solar_cell#Energy_conversion_efficiency] | ||
==Navigation== | ==Navigation== | ||
Latest revision as of 15:57, 3 June 2009
- PV solar panel energy conversion efficiencies refer to the percentage of potential energy in the rays of sun hitting a PV panel that are converted into electricity for use by the consumer. The standard test conditions for a solar panel give the sun a potential energy content of 1000W per square meter. This is the sun under perfect conditions hitting the panel directly at high noon. PV panels have standard energy conversion efficiencies of 8% - 17% depending on their design, and the material used in the panel construction. If a PV panel's energy conversion efficiency is 12% then the actual electrical output of a 1 square meter panel will be 120 Watts.[1]