Flexibility assessment and expectations in
Description: Flexibility assessment and expectations in European modeling and planning Energy System Modelling for Transition to a net-Zero 2050 for EU via REPowerEU Type of project: Clean Energy Transition Partnership Duration: 2023-2026 (36 months)
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slide1. Flexibility assessment and expectations in European modeling and planning Energy System Modelling for Transition to a net-Zero 2050 for EU via REPowerEU<br>
slide2. Type of project: Clean Energy Transition Partnership
Duration: 2023-2026 (36 months)<br>
slide3. Characteristics
Peak power output
Total energy
LCOH
Modes of integration
Parallel
Complementary
Boosting
Modes of operation
Direct generation
Intermittent storage Power2heat and thermal storage<br>
slide4. Simulations and flexibility<br>
slide5. Expected challenges and results Developing a general use application for the studied technology.
Capturing the advantages and disadvantages of specific configurations.
Implementation of a complex P2H and TES system in a generalist simulation. Complete characterisation of a hybrid P2H+TES system.
Optimised strategy for operation of the proposed technology.
Simulation model capable of benefiting from the energy conversion of a P2H system and the load shifting of a TES system.<br>
slide2. Type of project: Clean Energy Transition Partnership
Duration: 2023-2026 (36 months)<br>
slide3. Characteristics
Peak power output
Total energy
LCOH
Modes of integration
Parallel
Complementary
Boosting
Modes of operation
Direct generation
Intermittent storage Power2heat and thermal storage<br>
slide4. Simulations and flexibility<br>
slide5. Expected challenges and results Developing a general use application for the studied technology.
Capturing the advantages and disadvantages of specific configurations.
Implementation of a complex P2H and TES system in a generalist simulation. Complete characterisation of a hybrid P2H+TES system.
Optimised strategy for operation of the proposed technology.
Simulation model capable of benefiting from the energy conversion of a P2H system and the load shifting of a TES system.<br>