FPV gains reported in literature along with theory justifying the enhancement. (∗E = Experimental, S = Simulation, X = Estimation).
|System and technique∗||Gain (%)||Supported theory||Comments|
|FPV , E.||2.24%
power, 0.79% η
|FPV , S.||1.58–2%.||2 and 3.||NA|
|FPV , X.||20–25%.||NA.||Claim from the developers of a
plant in Bubano, Italy.
|FPV , E.||7.6%, 13.5%
|NA.||For systems of 2.4kW, 100kW
and 500kW respectively.
|FPV , E.||3% power||1.||Five-month experiment.|
|FPV , E.||2.48%.||NA.||Gain is the annual average.|
|FPV , E.||2.33%.||3.||NA|
|FPV , E.||13.5%.||NA.||NA|
|FPV , E.||11%.||NA.||NA|
|FPV , E.||9.52−14.5%.||NA.||Four−day experiment.|
|FPV , E.||3 and 6%.||2 and 3.||The 3% gain is for the Netherlands
and 6% for Singapore.
|FPV , E.||0.11–0.61%.||NA.||NA|
|FPV , E.||31.29%
|FPV , S.||12.96–18%.||2 and 3.||The reported gain is annual.|
|FPV , E.||10.2%.||1 and 3.||NA|
|FPV , E.||10%.||1 and 2.||NA|
|FPV , E.||0.3%.||NA.||NA|
|FPV , S.||2.67%.||NA.||NA|
|FPV , X.||1.8%.||NA.||Estimated efficiency gain due
to 4∘C temperature difference.
|FPV , S.||7.5%.||1.||NA|
|FPV , S.||0.31–0.46%
for design 1,
for design 2.
|NA.||Design 1 refers to large foot-
Design 2 refers to a small footprint design that experiences better ventilation.
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