Answers where given by IWG representive for MS Belgium-Flandern

1. Most relevant PV funding topics

 

 * not relevant: -, interested: +, important: ++, very important: +++

2. Available programmes for RD&I on PV

not specified yet

3. Success stories regarding PV funding

1. The resurrection of Soltech with a new ambitious plan for strong capacity expansion using advanced technology for customization developed in Flanders.
2. imec/Energyville and UHasselt/EnergyVille with several globally leading results on new PV-cell and PV-module concepts (for an overview see https://www.energyville.be/onderzoek/zonne-energie). Also best-in-class accuracy of the PV energy yield predictions using the electrical-thermal-optical energy yield simulation software frame are to be mentioned. This allowed also close collaboration involving knowledge transfer to the Lithuanian company PV Case (www.PVCase.com)

4. Main PV research institutes or PV industries

https://www.pv-vlaanderen.be/nl/actueel

5. National production data (MW/a) and employees

Reference year: not specified yet

6. Current installation numbers (GW/a) and forecast

Current installations (GW/a): 0.3 GW/year

Forecast (GW/a): 0.6-0.8 GW/year (for Flanders: source IEA for , but this is always at the conservative side); the total of Belgium might evolve to more than 1 GW/year.

7. Short description of the overall PV strategy

The overall RD&I-strategy is heavily vested on a strong presence in the PV value chain from basic materials development and testing to the level of PV-system integration in the broader Energy System of Flanders. This presence over the PV-value chain is a must in order to grasp the numerous socio-economic opportunities in the PV-value chain as a result of the European Green Deal.


The R&D-activities in Flanders are covered for the largest part by 4 institutes (imec,UHasselt,KUL and VITO) which are closely coordinating their R&D-activities in the domain of Energy through the Stichting van Openbaar Nut EnergyVille. This close coordination between the EnergyVille-partners aims to accelerate the transition from the development of advanced/novel PV-materials and PV-device concepts to the PV-system level using the expertise on power electronics and battery storage and the Energy System integration using the knowledge on buildings and districts and electricity networks. In this way a broad R&D-community is mobilized – about 80-90 researchers – within the EnergyVille Research Line “Zonne-energie”. The activities of this Research Line are supported by recently built state-of-the-art laboratories brought together on the Thor-site in Genk. In terms of valorization the focus is on Integrated PV (comprising manufacturing, installation, O&M and decommissioning) which is in line with the strong SME-presence in Flanders. The link with training of skilled people is taken up in the collaboration between EnergyVille and the T2-campus which is also present on the Thor-site. The T2-campus was created exactly for the purpose of training of people in the domain of new energy applications.


In addition, there is a strong collaboration with the Netherlands on the materials and cell/module technologies for thin-film PV in the frame of Solliance which unites a number of institutes in Flanders, The Netherlands and North-Rhine Westphalia. Solliance stands for a structural collaboration in which imec and UHasselt are involved from Flemish side whereas at the Dutch side TNO together with a number of Dutch Universities (Eindhoven, Delft) are taking part. From the German side the Helmholz-centre in Jülich completes the picture.