Optimal Model of Distributed Energy System by Using GAMS and Case Study

Date Published
11/2005
Publication Type
Conference Paper
Authors
Yongwen Yang
Weijun Gao
Yingjun Ruan
Ji Xuan
Nan Zhou
Chris Marnay
LBL Report Number
LBNL-61117
Abstract

This paper adopts optimal model which used GAMS to develop methods and tools for conducting an integrated assessment of DER system. Three cases were studied. Energy-saving, environmental and economic efficiency were evaluated. The results of the simulation can be summarized as follows:

  1. For the current system, optimal operating time is about 4,132 hours per year and from 8 am to 22 pm every day.
  2. It is economical when electricity price increases or gas price decreases.
  3. According to the load function of system, energy-saving, environmental and economic efficiency will have a maximum value at optimal operating time.
  4. Compared with exhaust heat efficiency, power generation efficiency has more influence to the economic efficiency and CO2 reduction when the total efficiency is fixed.
Conference Name
International Symposium on Sustainable Development of the Asian City Environment (SDACE) 2005
Year of Publication
2005
Publisher
LBNL
Conference Location
Xi'an, China
Keywords
distributed energy resources (der)
Organizations
Grid Integration Group
Energy Storage and Distributed Resources Division
Building Technology and Urban Systems Division
Research Areas
EAEI Energy Markets & Policy
File(s)
PDF
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