Distributed Energy Resources (DERs) are increasingly popular. Their relevance to the functioning of energy systems and emissions reduction has spurred a flurry of policy discussions and research into the measures needed to facilitate integration of these resources. However, the majority of that work focuses on systems characterized by complete and perfect information, while in reality,…
Tag: Distributed energy resources
Electricity Network Charging in the Presence of Distributed Energy Resources: Principles, Problems and Solutions
This paper discusses the principles of electricity network charging in the light of increasing amounts of distributed generation and the potential for significant increases in electric vehicles or distributed electrical energy storage. We outline cost reflective pricing, traditional public service pricing, platform market pricing and customer- focused business model pricing. We focus on the particular…
Residential Welfare-Loss from Electricity Supply Interruptions in South Africa: Cost-Benefit Analysis of Distributed Energy Resource Subsidy Programs
This paper uses market data on income, electricity price, and electricity demand to estimate residential welfare loss caused by electricity supply interruptions in South Africa. The welfare-loss estimation (or “willingness-to-pay”) uses cross-sectional data from 16,851 South African households. A two-part (probit and OLS) estimation method is used to model price and income elasticities, and a…
A regulatory framework for an evolving electricity sector: Highlights of the MIT utility of the future study
The electric power sector is once again evolving. A variety of distributed energy resources and improving computation, communication, and control technologies create an unprecedented degree of choice for electricity consumers, choices that are poorly guided by electricity rates and other incentives designed for a comparatively simpler era. These technologies also create new tools for regulated…