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linkedin.com/company/sehrene-eu twitter.com/SEHRENE_EU instagram.com/sehrene_eu Visit Us: www.sehrene.eu About Project SEHRENE project (n°101135763) is developing a new concept of integrated Electrothermal Energy Storage (ETES) in an industrial energy system up to TRL4 with a first prototype, composed by a high -temperature heat pump of 10kW and a Thermal Energy Storage (TES) of 20 kWh, validated at lab scale. The team aims to maximizing technical, economic and environmental performance of the ETES while developing a strong numerical approach with digital twins and Energy Management System (EMS). Store Electricity and Heat foR climatE Neutral Europe This project is funded by the European Union under the Grant Agreement no. 101135763. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or European Climate Infrastructure and Environment Agency (CINEA). Neither the European Union nor the granting authority can be held responsible for them A design of High Temperature Heat Pump (HTHP) up to 200°C with a first prototype of 10 kW at lower temperature. New Thermal Energy Storage based on lattice structures increasing energy density up to 30% vs the SoA with a great compatibility with PCM for global durability. Extending the concept by upscaling the design of the ETES to 3 use cases with expected CAPEX below 350€/kWh. Strong expectation on environmental issues by reducing CO2 emission (targeting up to 15 Mt/year by 2040), avoiding the use of critical raw materials (CRM), resulting in a more favorable life cycle assessment (LCA) compared to lithium-ion batteries. Start Date January 2024 Budget € 3 548 416,75 Grant agreement ID 101135763 Funded Under Climate, Energy and Mobility Project Information COMMISSARIAT A L ENERGIE ATOMIQUE ET AUX ENERGIES ALTERNATIVES Our main technological innovations Requirement Analysis: Specifications from use cases and ETES system Leader: ZOREN Participants: All partners WP2 System Optimization for the use-cases Leader: POLIMI Participants: CEA, ULiege, CIRCE, TOR, ZOREN, CUERVA, ULEIC, TVS WP5 Sustainability analysis and DSS Leader: TVS Participants: All partners WP6 Integrated ETES conception Leader: ULiege Participants: CEA, POLIMI, TURB, ULEIC WP3 Prototyping SEHRENE ETES Concept Leader: CEA Participants: ULiege, POLIMI, ULEIC, CIRC WP4 WP7 Dissemination, Communication & Exploitation Leader: SPI Participants: All partners WP1 Project Management and Coordination Leader: CEA Participants: All partners Work Plan End Date June 2027 Project Coordinator
