Abstract:
A dynamic transmission planning methodology using a genetic algorithm is formulated for the purpose of determining an economically adapted electric transmission system in...Show MoreMetadata
Abstract:
A dynamic transmission planning methodology using a genetic algorithm is formulated for the purpose of determining an economically adapted electric transmission system in a deregulated open access environment. Transmission investment sensitivity information linked to short term marginal income is used. A computer program is developed and applied to obtain a long range adapted transmission grid for the Chilean electrical system. Two open access pricing methodologies are evaluated in a spot price framework, as applied to the adapted grid over the time horizon.
Published in: IEEE Transactions on Power Systems ( Volume: 11, Issue: 3, August 1996)
DOI: 10.1109/59.535684
Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Index Terms
- Open Access ,
- Transmission System ,
- Hydrothermal ,
- Electric Power ,
- Computer Code ,
- Spot Price ,
- Transmission Grid ,
- Dynamic Planning ,
- Dynamic Methodology ,
- Population Size ,
- Genes Coding ,
- Operational Costs ,
- Power System ,
- Fitness Function ,
- Economies Of Scale ,
- Members Of Population ,
- Investment Costs ,
- Private Investment ,
- Marginal Cost ,
- Hydrological Conditions ,
- Marginal Revenue ,
- Planning Horizon ,
- Feasible Plan ,
- Economic Dispatch ,
- Genetic Operators ,
- Social Point Of View ,
- Crossover Rate ,
- Planning Problem ,
- Premature Convergence ,
- Objective Function
Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Index Terms
- Open Access ,
- Transmission System ,
- Hydrothermal ,
- Electric Power ,
- Computer Code ,
- Spot Price ,
- Transmission Grid ,
- Dynamic Planning ,
- Dynamic Methodology ,
- Population Size ,
- Genes Coding ,
- Operational Costs ,
- Power System ,
- Fitness Function ,
- Economies Of Scale ,
- Members Of Population ,
- Investment Costs ,
- Private Investment ,
- Marginal Cost ,
- Hydrological Conditions ,
- Marginal Revenue ,
- Planning Horizon ,
- Feasible Plan ,
- Economic Dispatch ,
- Genetic Operators ,
- Social Point Of View ,
- Crossover Rate ,
- Planning Problem ,
- Premature Convergence ,
- Objective Function
