"distribution losses" is correct in written English.
You can use it to refer to losses that occur during the process of distributing something. For example, "The distribution losses made it difficult to accurately calculate the product's selling price."
One might also question what the energy efficiency of the process will be, including distribution losses.
Others steal it, which the SEBs chalk up to "transmission and distribution losses", averaging 30-40%.
Heat distribution becomes more efficient from lower distribution losses, less pipe expansion, lower scalding risks, and plastic pipes.
Energy inefficiency, creaking infrastructure (increasing transmission and distribution losses), lowering of water tables and electricity theft all have to be taken care of at once.
Ever since superconductivity was discovered in the early 20th century, power companies have been hoping to use the phenomenon to cut their distribution losses.
50 Mtoe is lost through the transformation of inputs into useable power via power stations and other methods, and a further 18.3 Mtoe escapes from the system through distribution losses and wastage in the energy industry.
"Given the low reproduction rates of the species, their restricted distribution, loss of habitat and the international demand for the pet trade, we can consider that unregulated harvest from the wild of species could endanger their survival," it says.
This capacity was sufficient to supply the year round hourly demand, including 59 GW peak demand, plus a distribution loss of about 5.3%.
The drying performance and product properties were evaluated through the measurement of the product size distribution, loss on drying (Up), flavonoid degradation (D) and, process thermal efficiency.
Many different small-scale renewable generation technologies are being developed and tested for grid performance motivated by reducing transmission and distribution loss, reducing peak demand, maintaining security of supply, and a possible reduction in electricity charges [1].
The aim of this study was to evaluate the effect of different horizontal constructed wetland (CW) design parameters on solids distribution, loss of hydraulic conductivity over time and hydraulic behaviour, in order to assess clogging processes in wetlands.
