블록체인 기반 직접 전력거래 플랫폼(BTS)의 신뢰성 및 성능 검증
Reliability and Performance Verification of a Blockchain-Based Direct Power Trading Platform
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Energy transition has become a global trend, with renewable energy being actively developed as a key strategy for achieving carbon neutrality. As interest in renewable energy grows, innovative technologies are emerging in the electric power industry. Small-scale distributed power-generation companies are gaining traction to increase the share of renewable energy. Even when small-scale power generation companies generate electricity, selling it remains a challenge. In this study, we developed a blockchain-based power-trading platform to support small-scale solar power generation companies. The platform was tested through simulations, confirming its reliability and performance. This blockchain-based power-trading platform is expected to play an important role in promoting the decentralization of the power market and energy transition through neighbor-to-neighbor transactions among energy prosumers.
Abstract
Energy transition has become a global trend, with renewable energy being actively developed as a key strategy for achieving carbon neutrality. As interest in renewable energy grows, innovative technologies are emerging in the electric power industry. Small-scale distributed power-generation companies are gaining traction to increase the share of renewable energy. Even when small-scale power generation companies generate electricity, selling it remains a challenge. In this study, we developed a blockchain-based power-trading platform to support small-scale solar power generation companies. The platform was tested through simulations, confirming its reliability and performance. This blockchain-based power-trading platform is expected to play an important role in promoting the decentralization of the power market and energy transition through neighbor-to-neighbor transactions among energy prosumers.