CC BY-NC-ND 4.0Surmann, ArneArneSurmannUtz, ManuelManuelUtz2024-01-182024-01-182024Note-ID: 00008466https://publica.fraunhofer.de/handle/publica/458980https://doi.org/10.24406/publica-245810.1515/9783110777567-02010.24406/publica-2458This paper presents an agent-based decentralized energy management sys-tem for sustainable energy district systems based on renewable energies. An agenthas the sovereign control over a flexible device and fulfils individual targets set by itsowner, while following community set targets incentivized by PV asset tokens storedwithin a blockchain. This setup enables the development of a heterogeneous energycommunity. We demonstrate the operation of an exemplary agent for the bidirec-tional control of an electric vehicle and show how the blockchain based incentivescould be implemented in a scenario where a local utility company functions as energycommunity operator. Results show that the decentralized optimization enhances thePV self-consumption within the EC and tokenized PV shares provide a feasible solu-tion for active prosumer participation.enBlockchainDecentralized Energy Systemenergy managementbook article