Implementation of Firm-Dispatchable Generation in South Africa
Stephen R. Clark, Craig McGregor

TL;DR
This paper proposes repurposing old coal plants in South Africa to create reliable, dispatchable renewable energy, integrating wind, solar, and flexible generation to support a sustainable energy transition.
Contribution
It introduces a comprehensive, cost-effective strategy for transforming decommissioned coal plants into dispatchable renewable energy sources aligned with South Africa's Just Transition.
Findings
Repurposing coal plants enhances energy reliability.
Integrated renewable and dispatchable power is cost-effective.
Strategic site location optimizes energy transition.
Abstract
South Africa is currently facing a critical situation in its power generation landscape, which is plagued by frequent power outages and the need to move from fossil fuels to renewable energy sources. This period emphasizes the importance of having firm-dispatchable power to balance out the intermittent nature of wind and solar energy sources. The paper proposes to repurpose old coal-fired power plants to generate firm-dispatchable energy in line with the principles of a Just Transition. Eskom's coal plants are approaching the end of their economic life, and their declining energy availability factor is becoming a challenge in meeting the country's energy needs. The study suggests that a comprehensive strategy that integrates wind, solar, and firm-dispatchable power can be cost-effective and reliable compared to the traditional coal-based approach or the nuclear alternative. The study…
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Taxonomy
TopicsBusiness Strategies and Innovation · Working Capital and Financial Performance · Taxation and Compliance Studies
