Paper Info
Title
A robust supply and demand controller against uncertainties of renewable energy sources
Abstract
The rapid growth in demand of electricity combined with renewable energy sources (RESs) are presenting serious challenges for the optimal network operation. The future perspective of the dramatic increase in RESs, such as wind and solar energy, may lead to severe problems related to the load dispatch. Other important aspect is the reduction of controllable resources yielding concerns about the reliability issues of such sources. This paper focuses on a new technique for mitigating the irregularity associated with renewable power generation. A new method is proposed for 24-hour and real-time generation schedule as an efficient solution for demand and supply management over the limited control resources of a power system. Load following capability will be considered as critically limited. The flexible operational outcome of the proposed approach satisfies the economical requirements and reliability against uncertainties of RESs.
Year
DOI
Venue
2014
10.1109/PSCC.2014.7038416
PSCC
Keywords
Field
DocType
demand side management,power generation control,power generation scheduling,renewable energy sources,res,demand and supply management,load following capability,power system control,real-time generation schedule,robust supply and demand controller,generation schedule (gs),renewable energy resources (ress),time sequence dynamic feasible region (tdf),uncertainty,load flow,probabilistic logic,optimization,schedules,real time systems,generators
Control theory,Renewable energy,Electricity,Electric power system,Solar energy,Real-time computing,Schedule,Load following power plant,Engineering,Supply and demand,Reliability engineering
Conference
Citations 
PageRank 
References 
0
0.34
1
Authors
6
Name
Order
Citations
PageRank
yutaka sasaki100.34
dai seikoba200.34
jun okihara300.34
kohei kanaya400.34
yoshifiimi zoka500.68
Naoto Yorino646.46