Examples of Energy conversion efficiency in a sentence
Energy conversion efficiency quantifies a solar PV’s ability to convert sunlight into electricity.
That means: depletion of the reservoir storage capacity over time, increased downstream degradation, increased risk of inundation upstream from the reservoirs, production losses due to reduced Energy conversion efficiency of turbines, increased frequency of repairs and maintenance; reduced turbine service life and uninterrupted power generation.
Energy conversion efficiency ranged from 0.24 to 0.54 and was predicted with high accuracy by temperature of hydrothermal conditioning as well as concentration of neutral detergent fibre and dry matter in the silage (R2=0.90).
Energy conversion efficiency of a fuel was determined for the fuel production and energy conversion portions of the fuel cycle, including fuel acquisition and refining, distribution, refueling, and in-vehicle consumption.
Energy conversion efficiency shows how efficient one energy carrier is converted into another, and is defined as the energy output over the energy input (IEA 2008).
Energy conversion efficiency is the fraction of incoming solar power that a solar panel converts into electrical power.
Energy conversion efficiency is about 72-85%, declining with power, for a MW-scale KOH electrolyzer, the only technology presently available at MW scale.
Figure 2: Energy conversion efficiency benchmark In Namibia, the target for urban areas should be between 4% and 6%, while for mixed areas (urban and rural) the target should be to be below 15%, unless valid technical reasons can be furnished as to why higher losses are unavoidable.
Energy conversion efficiency co-generationGenerator unit typeGas Otto engineDiesel engineElectrical efficiencya FNR, 2016.
Downriver (KR2, 3, 4) mean nutrient values were: total phosphorous, 8 ug/l; total dissolved phosphorous, 3.3 ug/l; soluble reactive phosphorous, 0.5 ug/l; total nitrogen, 135 ug/l; ammonia-nitrogen, 7.4 ug/l; and, nitrite/nitrate-nitrogen, 22.3 ug/l.