Application of Blockchain Technology in the African Energy Industry: Use Cases, Limitations and Solutions

Abstract This paper explores the potential application of blockchain technology in the African energy industry, in the process, highlighting various use cases, identifying limitations, and proffering solutions to these limitations. The African energy industry is plagued by a plethora of problems such as a lack of access to reliable energy, the absence of transparency and trust, and limited access to financing amongst others. Blockchain technology can be employed to address these challenges by providing secure and transparent platforms for energy transactions, enabling peer-to-peer energy trading, and facilitating access to financing for both renewable and fossil energy projects. On the other hand, the implementation of blockchain technology in the energy industry faces several limitations which include a lack of regulatory clarity or a defined framework, inadequate infrastructure, and a lack of technical know-how. To address these limiting factors, this paper proffers several solutions such as the development of a clearly defined regulatory framework to enable the implementation of blockchain technology, the creation of industry standards to ensure interoperability and uniformity, and the promotion of education and training programs to build technical expertise. This paper also highlights existing case studies of blockchain-based energy projects in Africa to demonstrate the potential of blockchain technology in the energy industry. The paper concludes that while blockchain technology has the potential to revolutionize the African energy industry, early adoption is key and the importance of addressing existing limitations cannot be overemphasized.