Abstract :
This paper has applied the MW-MILE methodology to allocate the transmission supplementary charge to real and reactive power loads. The charge for usage of an individual transmission asset is split into a nonlocational component, due to the unused capacity of the asset, and a locational component, due to the actually used capacity of the asset. The latter is allocated, using the previously proposed electricity tracing method, to individual real and reactive loads in the network
Keywords :
costing; load flow; power transmission; reactive power; MW-MILE methodology; electricity tracing method; individual transmission asset; locational component; nonlocational component; reactive load flow; reactive loads; real load flow; real loads; transmission asset usage charge; transmission supplementary charge allocation; unused capacity; used capacity; Costs; Electricity supply industry; Electricity supply industry deregulation; Monopoly; Power generation economics; Power system analysis computing; Power system economics; Power systems; Pricing; Reactive power;
