Demonstration at pre-commercial level of an innovative cable-suspended bifacial PV system on artificial water bodies, deployable on unexploited lands and industrial sites
The LIFE FilSun project aims to demonstrate the technical and economic feasibility of a cable-suspended bifacial PV system on water bodies to enhance renewable energy generation and land utilization.
Projectdetails
Project Overview
The LIFE FilSun project - Demonstration at pre-commercial level of an innovative cable-suspended bifacial PV system on artificial water bodies, deployable on unexploited lands and industrial sites - is coordinated by EDF with the support of expert technology providers (Mécamont and Photowatt).
Objectives
The project aims to demonstrate for the first time at a pre-commercial level the technical and economic feasibility of an innovative cable-suspended vertical photovoltaic technology. This technology will be deployed on the banks of the canal of a hydroelectric plant in Carbonne, France.
Implementation
Through the design, development, installation, and operation of the solution over a 15-month period, the 1MW demonstrator will enable the technology to reach TRL8. It will provide evidence-based data on its technical performances and design, allowing for the valuation of unexploited lands and sites such as:
- Canals
- Basins
- Reservoirs
- Brownfields
This will be achieved through a multi-purpose land approach.
Context
The project builds on the premise that the growth and deployment of photovoltaic technology are increasingly facing constraints related to land accessibility and land competition. Despite this, hundreds of thousands of hectares of land that could be equipped with photovoltaic systems remain unexploited.
Expected Outcomes
The LIFE FilSun project will demonstrate the ability of the cable-suspended bifacial PV technology to:
- Provide a cost-efficient technological answer to land scarcity issues.
- Contribute to increased generation and use of renewable electricity in the EU (over 1 GWh/year of renewable electricity produced).
- Reduce CO2 emissions.
Market Impact
The quick learning curve of the technology, its decreasing costs, and its tremendous replication potential in Europe, together with the implementation of ambitious short-term replication, will:
- Speed up market uptake.
- Raise the interest of industrial customers.
- Foster the industrialization of the cable-suspended PV value chain in Europe.
Financiële details & Tijdlijn
Financiële details
Subsidiebedrag | € 1.813.284 |
Totale projectbegroting | € 3.022.140 |
Tijdlijn
Startdatum | 1-9-2023 |
Einddatum | 31-8-2026 |
Subsidiejaar | 2023 |
Partners & Locaties
Projectpartners
- ELECTRICITE DE FRANCEpenvoerder
- EDF ENR PWT
- MECAMONT HYDRO
Land(en)
Vergelijkbare projecten binnen LIFE
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---|---|---|---|---|
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Demonstrating unprecedented SYNthetic FLUORspar production method allowing for Circularity among three value chain, for CRM substitution, using fertilizer wastes, by-producing Industrial Green Silica.The LIFE-SYNFLUOR project aims to validate a technology for recovering synthetic calcium fluoride from fertilizer waste, producing a sustainable alternative for the EU market and reinforcing silica for tires. | LIFE Standar... | € 4.917.012 | 2024 | Details |
LIFE Adaptation with Photovoltaics
LIFE ADAPT-PV aims to enhance EU fruit cultivation resilience against extreme weather by implementing durable steel structures with photovoltaic panels, promoting sustainable agriculture and energy generation.
Demonstration of a disruptive solar energy (OPV) technology reducing battery waste and enabling renewable power for IoT applications
The LIFE SUNRISE project aims to scale and demonstrate innovative organic photovoltaic technology for IoT applications, reducing battery waste and carbon footprints in buildings across Europe.
Land use efficient, agriculturally sound large scale photovoltaics
EU LEAD-PV aims to implement large-scale PV in arable farming to achieve 600 GWp renewable energy capacity by 2030, enhancing land use efficiency and farmer income while mitigating GHG emissions.
Demonstrating unprecedented SYNthetic FLUORspar production method allowing for Circularity among three value chain, for CRM substitution, using fertilizer wastes, by-producing Industrial Green Silica.
The LIFE-SYNFLUOR project aims to validate a technology for recovering synthetic calcium fluoride from fertilizer waste, producing a sustainable alternative for the EU market and reinforcing silica for tires.
Vergelijkbare projecten uit andere regelingen
Project | Regeling | Bedrag | Jaar | Actie |
---|---|---|---|---|
CO2-Free Agriculture for the Mediterranean regionThe CO2-FrAMed project aims to deploy 12 innovative, battery-free photovoltaic irrigation systems, reducing CO2 emissions and costs for farmers while enhancing agricultural productivity and sustainability. | Innovation F... | € 4.356.000 | 2022 | Details |
The Brouchy Agrivoltaic Canopy - An acceleration toward energy transitionThe Brouchy project aims to develop a versatile agrivoltaic canopy that enhances crop yields and renewable energy production while reducing greenhouse gas emissions and promoting biodiversity. | Innovation F... | € 2.756.167 | 2022 | Details |
Demonstrating manufacturing for innovative BIPV roof componentsThe Helexio® project aims to create a lightweight, plug-in BIPV roofing system for non-residential buildings in Europe, enhancing energy efficiency and reducing GHG emissions through innovative manufacturing and business models. | Innovation F... | € 3.733.140 | 2021 | Details |
Dynamic Agrivoltaic for Farm decarbonization and agriculture sustainabilityThe Sun’Agri Carbon Farm project aims to create a sustainable agrivoltaic system that enhances crop resilience to climate change while generating renewable energy and improving economic viability for farmers. | Innovation F... | € 4.268.378 | 2024 | Details |
SolarEcoPlusHet project onderzoekt innovatieve bifacial zonneparkconfiguraties om ecologische en economische voordelen te kwantificeren, met als doel de vergunningsprocedures te versnellen en CO2-reductie te bevorderen. | Demonstratie... | € 3.214.131 | Onbekend | Details |
CO2-Free Agriculture for the Mediterranean region
The CO2-FrAMed project aims to deploy 12 innovative, battery-free photovoltaic irrigation systems, reducing CO2 emissions and costs for farmers while enhancing agricultural productivity and sustainability.
The Brouchy Agrivoltaic Canopy - An acceleration toward energy transition
The Brouchy project aims to develop a versatile agrivoltaic canopy that enhances crop yields and renewable energy production while reducing greenhouse gas emissions and promoting biodiversity.
Demonstrating manufacturing for innovative BIPV roof components
The Helexio® project aims to create a lightweight, plug-in BIPV roofing system for non-residential buildings in Europe, enhancing energy efficiency and reducing GHG emissions through innovative manufacturing and business models.
Dynamic Agrivoltaic for Farm decarbonization and agriculture sustainability
The Sun’Agri Carbon Farm project aims to create a sustainable agrivoltaic system that enhances crop resilience to climate change while generating renewable energy and improving economic viability for farmers.
SolarEcoPlus
Het project onderzoekt innovatieve bifacial zonneparkconfiguraties om ecologische en economische voordelen te kwantificeren, met als doel de vergunningsprocedures te versnellen en CO2-reductie te bevorderen.