Crete Valley

Project Description

The main objective of CRETE VALLEY is to create a Renewable Energy Valley ‘Living Lab’ (REV-Lab) within a pilot project in the Crete Island, enabling the transition from a centralized carbon driven scenario to a distributed, renewable, low carbon landscape fully covering the local energy needs on an annual basis by multiple renewable energy carriers for electricity, heat, and fuels, and leveraging energy storage technologies. The CRETE VALLEY concept will deploy a social, technological, and business framework to aggregate multiple renewable energy carriers and promote consumers' activation, in order to increase local energy efficiency, while at the same time aiming at increasing local security of supply. The Crete REV-Lab will be made up of four Community Energy Labs (CELs) located in distinct sites across the REV, conceived as Innovation Hubs.

IPTO will focus on the scenario analysis for multiple carrier grid management in Crete REV-Lab using the implemented within the project Digital Twin, via simulating different operational scenarios for the local energy system (power flow analysis) involving different weather conditions, energy demand profiles, and RES availability, in association with HEDNO, ICCS, CERTH, and HEnEx.

Project Information

Budget
717.625 € (DRTD) 25.251.083,75 € (Total)
Dates
Start: 12/2023 Duration: 60 Months
Participants
13 Countries 43 Partners
Coordinator
ICCS
Website
Crete Valley

 

News-Announcements

Newsletter #3 | September 2025

Welcome to the CRETE VALLEY newsletter! The CRETE VALLEY journey toward a more sustainable and fair energy future continues with great achievements. We recently reached an important milestone with our first review meeting, receiving positive feedback that confirms we are on the right path.…

 EEEIC2025 Crete Peloponnese interconnection

Successful presentation of a scientific paper at the international conference EEEIC 2025, in Chania, Crete

The paper conducted in the framework of Crete Valley project from IPTO team was presented successfully on 18/7/2025 at the EEEIC Conference, that took place in Chania, Crete. The paper is entitled “Active Power Losses in the Crete-Peloponnese Subsea HVAC Interconnection: Insights from One…

MakrigiorgouDimitraDr. Makrigiorgou Dimitra, DRTD Researcher.

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nouslidis5075Nousdilis Angelos, DRTD Researcher.

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