Towards Zero Trust Security for Prosumer-Driven Verifiable Green Energy Certificates

This study examines the decision-making optimization of Power-Generation Enterprises (PGEs) in the green certificate market, with a focus on balancing bidding strategies and carbon-reduction targets. Given the increasing complexity of the green certificate market, the research employs Bayesian games, evolutionary games, and Stackelberg games to systematically analyze the strategic behavior of PGEs and their interactions within the market framework. The findings demonstrate that game theory facilitates cost structure optimization and enhances adaptability to market dynamics under policy-driven incentives and penalties. Additionally, the study explores the integration of stochastic modeling and machine learning techniques to address market uncertainties. These results provide theoretical support for policymakers in designing efficient green electricity market regulations and offer strategic insights for PGEs aligning with carbon neutrality objectives. This work bridges theoretical modeling and practical application, contributing to the advancement of sustainable energy policies and the development of green electricity markets.

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Leveraging Self-Sovereign Identity to Introduce ReCert: A Foundational Framework for Decentralized BCTE Solutions

Rasool,

Hylsberg Jacobsen

2024

Blockchain - Pioneering the Web3 Infrastructure for an Intelligent Future [Working Title]

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Blockchain-enabled Transactive Energy (BCTE) heralds a revolutionary departure from traditional paradigms to achieve decentralization and its benefits in the energy sector. Despite the foundational insights provided by the IEEE’s seminal position paper in 2021, the practical realization of BCTE still needs to be achieved, necessitating substantial research and development endeavors toward the real-world realization of BCTE. Our study responds to this imperative by presenting a foundational framework of ReCert that aims to unlock the full potential of BCTE through a prosumer-centric approach and sets a cornerstone to advance toward a fully functional BCTE solution. ReCert1 introduces a Re-Certification mechanism that operates over Self-sovereign Identity (SSI), which also serves as a gluing force between the DLT and blockchain components of the ReCert framework to tackle the challenges of the blockchain trilemma. This study shows the feasibility of the ReCert framework in supporting the BCTE modules of Granular Certificates (GC), Decentralized Identity (DI), and aggregation that operate through the concepts of SSI. The evolutionary framework of ReCert follows the layered approach to establish the groundwork for transforming into a fully decentralized BCTE solution.

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Towards Zero Trust Security for Prosumer-Driven Verifiable Green Energy Certificates

Cited by 3 publications

References 14 publications

REC to ReCert: Introducing Re-Certification to Empower Prosumer-driven Certificate Aggregators

REC to ReCert: Introducing Re-Certification to Empower Prosumer-driven Certificate Aggregators

Game-Theoretic Approaches for Power-Generation Companies’ Decision-Making in the Emerging Green Certificate Market

Leveraging Self-Sovereign Identity to Introduce ReCert: A Foundational Framework for Decentralized BCTE Solutions

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