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Peak Load Management with Wheeling in a Combined Heat and Power Unit under Availability Based Tariff

机译:基于可用性的电价下热电联产机组的带轮调峰管理

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Energy saved is energy produced and innovative methods and practices for the efficient use of energy are on the grow. Various options for effective utilization of available electrical energy for the world, especially the industrial scenario is of great importance in a developing nation like India. Industrial sector which the highest consumer of electric power in the country has to work at conditions pertaining to optimized consumption, including efficient implementation of modern concepts such as cogeneration and power wheeling. A case study of a major public sector concern in Kerala has been presented with emphasis on power wheeling. Moreover cogeneration, which is combined heat and power generation, is brought under the prospects of Availability Based Tariff (ABT) which encourages grid discipline as well as export of power to the grid. The problem was simulated using GAOT toolbox in MATLAB and the proposed scheme of bringing captive generation scenario under ABT.
机译:节省的能源是产生的能源,有效利用能源的创新方法和实践正在不断发展。对于像印度这样的发展中国家,有效利用世界各地可用电能的各种选择,尤其是工业方案,具有非常重要的意义。该国电力消耗量最大的工业部门必须在与优化消耗有关的条件下工作,包括有效实施现代概念,例如热电联产和动力转向。喀拉拉邦的一个主要公共部门关注的案例研究已经提出,重点是权力转移。此外,将热电联产的热电联产纳入了基于可用性的电价(ABT)的前景,这鼓励了电网规范以及向电网的电力输出。使用MATLAB中的GAOT工具箱模拟了该问题,并提出了在ABT下引入圈养生成方案的方案。

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