DSM strategies to reduce electricity costs on platinum mines

J. A. Deysel, M. Kleingeld, C. Kriel
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引用次数: 6

Abstract

Labour disruptions, increase in operational costs and mineral price decreases are only a few of the financial risks faced by mining companies in South Africa. Platinum mining companies are reviewing all possible cost savings strategies because the Platinum Group Metals (PGM) is significantly affected by these risks. Eskom's Demand Side Management (DSM) programmes assisted in the investigation and implementation of various electricity cost savings strategies. However, not all of these strategies delivered sustainable savings. There is a need to evaluate the feasibility of these strategies, specifically applicable to underground platinum mines. This study reviews several plausible DSM strategies for the largest utilities including compressed air, refrigeration, ventilation, water reticulation and dewatering systems on underground platinum mines. Insight is provided to select the most feasible electricity cost savings strategy according to the layout and design of different platinum mines. Three feasible DSM strategies were selected with the developed methodology and implemented on the utilities of a platinum mine. The average annual electricity cost savings, as a result of the implementation of the three DSM strategies, was approximately R14.5 million.
减少铂矿电力成本的DSM策略
劳动力短缺、运营成本增加和矿产价格下跌只是南非矿业公司面临的财务风险中的一小部分。铂金矿业公司正在审查所有可能的成本节约策略,因为铂金集团金属(PGM)受到这些风险的严重影响。Eskom的需求侧管理(DSM)项目协助调查和实施各种电力成本节约战略。然而,并非所有这些策略都能实现可持续的节约。有必要评估这些策略的可行性,特别是适用于地下铂矿。本研究回顾了几种可行的DSM策略,包括地下铂矿的压缩空气、制冷、通风、水网和脱水系统。为根据不同铂矿的布局设计选择最可行的电费节约策略提供参考。利用所开发的方法选择了三种可行的需求侧管理策略,并在某铂矿的公用事业中实施。由于实施了三个DSM策略,平均每年节省的电费约为1450万兰特。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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