Co-generation is an efficient energy system that generates steam and electricity simultaneously. In ordinary operation, fuel cost accounts for more than 60% of the operational cost. As a result, the boiler efficiency and optimization level of co-generation are both high. To achieve further energy conservation, objectives of this thesis are to find the Profit-maximizing dispatch and efficiency enhancing strategy of the co-generation systems under deregulation.
In a coexistent environment of both Bilateral and Poolco-based power market, there are bid-based spot dispatch, and purchases and sales agreement-based contract dispatch. For profit-maximizing dispatch, the steam of boilers, fuels and generation output will be obtained by using the SQP(Sequential Quadratic Programming ) method. In order to improve the boiler efficiency, this thesis utilizes artificial neural networks(ANN) and evolutionary programming(EP) methods to search for the optimal operating conditions of boilers.
A co-generation system (back-pressure type and extraction type) is used to illustrate the effectiveness of the proposed method.
|Date||03 August 2005|
|Contributors||Whei-Min Lin, Fu-Sheng Cheng, Ta-Peng Tsao, Shi-Jaw Chen|
|Source Sets||NSYSU Electronic Thesis and Dissertation Archive|
|Rights||not_available, Copyright information available at source archive|
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