Harnessing Blockchain for Sustainable Energy and Carbon Market Transformation

The convergence of fintech and blockchain technology presents transformative opportunities in the energy and carbon trading sector. This study aims to develop and evaluate a blockchain-based trading platform tailored for energy and carbon credits, focusing on security, efficiency, and cost-effectiveness. The research methodology involved designing a prototype platform and conducting experimental evaluations to measure its performance. Key findings include: (1) Blockchain integration significantly enhances platform security and transparency, effectively reducing fraud and transactional errors; (2) The platform optimizes the trading process for energy and carbon credits, achieving greater operational efficiency and lower transaction costs; (3) Smart contracts enable automated trade execution, minimizing manual interventions and mitigating human errors. These results demonstrate the potential of blockchain and fintech to revolutionize energy and carbon trading by providing a secure, efficient, and cost-effective framework. The platform's design leverages blockchain’s decentralized ledger and smart contract capabilities to streamline transactions while ensuring compliance and traceability. The study's implications extend beyond the energy sector, offering insights for future research into blockchain-enabled fintech applications in various markets. This research contributes empirical evidence to the growing body of knowledge on the integration of blockchain technology in energy and carbon trading, underscoring its role in advancing sustainable and transparent trading ecosystems.