为巴基斯坦发电开发具有成本效益的混合燃料的决策支持框架

Muhammad Abbas Choudhary, N. Khan, A. Abbas
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引用次数: 3

摘要

巴基斯坦的发电主要依靠石油和天然气。三个主要的水力发电站满足基本负荷。飙升的油价要求采用基于本地可用和可开发燃料来源的平衡燃料组合来发电。提出了在巴基斯坦发展最经济、成本最低的发电燃料组合的框架。该框架建立在本地可用性、技术和商业可行性、资本和燃料成本、环境影响以及处理各种发电技术的本地能力的基础上。该框架建议消除不同类别消费者之间的价格扭曲,只有在用尽当地可用的选择后才考虑进口用于发电的石油。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Decision support framework for developing cost-effective fuel-mix for power generation in Pakistan
The electricity generation in Pakistan is predominantly based on oil and gas. Three major hydroelectric power stations cater for the base load. Sky rocketing oil prices warrant the adoption of a balanced fuel mix for power generation based on indigenously available and exploitable fuel sources. The framework for the development of most economic, least cost fuel mix for power generation in Pakistan is presented. The framework builds upon the indigenous availability, technical and commercial feasibility, capital and fuel costs, environment impact, and indigenous capabilities to handle various power generation technologies. The framework suggests that price distortions between different categories of consumers be removed and import of oil for power generation be considered only after exhausting the locally available options.
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