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Title: |
Benefit Analysis of the Taipower Demand Response Simulation Case Study |
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Source: |
12th Annual Meeting of China Association for Science and Technology on Information and Communication Technology and Smart Grid (AMCST 2010 E-BOOK)
(pp 1-11)
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Author(s): |
Guang-ching Leu, Chunghwa Telecommunication Laboratories., Taoyuan Taiwan 32617, R. O. C
Ren-wei Huang, Chunghwa Telecommunication Laboratories., Taoyuan Taiwan 32617, R. O. C
Hsiu-min Lin, Chunghwa Telecommunication Laboratories., Taoyuan Taiwan 32617, R. O. C
Sharon Lin, Chunghwa Telecommunication Laboratories., Taoyuan Taiwan 32617, R. O. C |
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Abstract: |
Demand response (Demand Response, DR) is a control mechanism for power system that complies with the feeder line status to control and manage the consumer power demand. In practice, the power companies use the price as an incentive to provide preferential tariff policy in order to change the consumption habits and reduce power consumption. This thesis is to study the power companies for reducing the generator set high cost of electricity power generation, or power system supplies emergency in response to falling load demand, allowing customers to sell power demand back to the system as the simulation of hypothetical situations. Design a simulation of the demand response management system, were simulated industrial park, commercial, industrial mixed residential and residential mixed commercial, four different load flow trends [1] . To analysis the system power supply differences before and after the demand response, and do a comparison of the benefits between the power companies and power users. The results will be used as power demand side management information system development, as well as the demand response of business models and the benefits assessment for reference.
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