Can a water volume model be used to improve the performance of hydrothermal scheduling?
Best insight from top research papers
Yes, a water volume model can be used to improve the performance of hydrothermal scheduling. The proposed algorithms in the papers by Naversen et al. , Thirumal et al. , Gupta and Dalal , Kumar and Dhillon , and Zeynal and Eidiani all discuss different approaches to enhance the optimization of hydrothermal systems by considering the water volume and flow constraints. These models take into account the nonlinear relationship between water discharge rate and power generation, as well as the constraints related to water transport delay, reservoir volumes, and spillage effects. By incorporating these factors, the algorithms are able to provide more accurate and efficient solutions for hydrothermal scheduling, resulting in reduced costs and improved system performance.
Answers from top 5 papers
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| Papers (5) | Insight |
|---|---|
5 Citations | The answer to the query is not provided in the paper. The paper discusses an intensified water cycle approach for hydrothermal scheduling, but it does not specifically mention the use of a water volume model to improve performance. |
20 May 2014 | The paper does not mention the use of a water volume model to improve the performance of hydrothermal scheduling. |
2 Citations | The answer to the query is not provided in the paper. The paper is about the application of the Flower Pollination Algorithm for optimizing the scheduling of power generation in a hydrothermal system. |
| The answer to the query is not provided in the paper. The paper discusses the use of a continuous-time framework to model flexible hydropower resources in hydrothermal scheduling, but it does not mention the use of a water volume model to improve performance. | |
1 Citations | The answer to the query is not provided in the paper. The paper is about the solution for short-term generation scheduling of a cascaded hydrothermal system using the turbulent water flow optimization algorithm. |
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