Fintech Renewable Energy in Hong Kong: Opportunities and Challenges for Green Finance and Decentralised Energy

“Financial instruments must be designed to attract investors and support renewable energy (RE) systems to sustain micro-scale distributed systems.” this is the mission of the research by The Hong Kong University of Science and Technology Assistant Professor Laurence L. Delina.
Fintech HKUST

Fintech Renewable Energy (RE) presents an exciting opportunity to transform Hong Kong’s energy landscape by integrating renewable energy generation and storage through digital platforms like peer-to-peer trading. Despite challenges like a small market size and the existing electricity sector monopoly, regional collaboration within the Greater Bay Area could unlock new start-ups, jobs, and large-scale decarbonisation.

Hong Kong is on a bright path toward carbon neutrality by 2050, aiming to reduce emissions by 50% by 2035. The city’s vision of becoming a green finance hub aligns with efforts to increase renewable energy use and enhance energy efficiency. Fintech RE could drive these initiatives by offering a decentralised framework for energy trading and transparent carbon tracking, potentially attracting investment, and accelerating the financialization of decarbonisation.

As an international finance centre with a strong commitment to sustainability, Hong Kong is uniquely positioned to lead in Fintech RE adoption. By rethinking institutional arrangements in the electricity sector and embracing low-carbon blockchain technologies, the city can fully realise the environmental and economic benefits of Fintech RE. This leads to empowering residents, democratise energy production, and strengthen regional cooperation, making Hong Kong a model for how technology can drive a sustainable and prosperous future for others to follow.

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To dive deeper into how Fintech RE could shape Hong Kong's energy future, explore the full article in HKUST IEMS Thought Leadership Brief No. 83! 

HKUST The Green Finance Research Project