Estimation of Comprehensive Energy-saving Potential of Distributed Generations-integrated Distribution Networks Considering Timing Characteristics
In response to the dual carbon policy,this paper proposes a comprehensive energy-saving potential estimation method for distribution network with distributed generations considering timing characteristics.By taking into account timing characteristics of different types of loads,and extracting the typical scenarios of distributed power output according to the K-Medoids algorithm to reduce the computational burden,four different energy-saving and consumption-reducing schemes,and energy-saving potential indicators involving network loss and voltage quality are proposed.Taking the IEEE 34-node distribution network system as an example,the energy-saving potential index is obtained through the power flow calculation,and the energy-saving effects of the four energy-saving and consumption-reduction schemes in different seasons are compared.
distributed power generationtiming characteristicK-Medoidsenergy saving and consumption reduction
万方数据
维普
