Peak Shaving Analysis of Power Demand Response with Dual Uncertainty of Unit and Demand-Side Resources under Carbon Neutral Target

With the depletion of fossil energy and increasingly serious environmental problems, demand-side resources play an prominent role in peak shaving valley filling, conservation, emission reduction. Under background further promotion “double carbon” goal China, considering possible double uncertainty factors process unit demand response participating scheduling minimum carbon emission, models output resource are respectively constructed based on sequential stochastic production simulation algorithm method additional random variables. In model, influence forced outage uncertain deviation caused by limitation information processing aging characteristics considered, respectively. By analyzing power supply demand, two typical days, cost, reduction, obtained. An IEEE 30 bus 6-machine system example is used to verify effectiveness dual which provides guidance for dispatching decision-making.