Project

STorage of Energy & Power Systems in NWE - STEPS

Acronym
STEPS
Code
41U07820
Duration
03 April 2020 → 02 September 2023
Funding
European funding: various
Promotor
Research disciplines
  • Engineering and technology
    • Other engineering and technology not elsewhere classified
Keywords
storage
Other information
 
Project description

As the NWE is increasingly investing in distributed renewable energies (e.g. roof-mounted solar PV), the need for medium capacity energy storage solutions becomes apparent, with a market potential reaching €250bn by 2025. Heavily subsidized batteries from the US and Asia outpace EU suppliers through price-competition, and currently supply 80% of the storage market in NWE. Many of these mass-produced solutions are not tailored to the needs of local market segments including, e.g. housing providers, energy cooperatives and business parks. These use cases could benefit from tailored storage technologies, new technologies or adapted business models. Innovative NWE storage products are currently stuck at TRL5/6 and face significant barriers, ranging from fragmented regulations & funding sources, limited testing abilities and unawareness of final consumers. In STEPS, business support and knowledge partners from IE, NL, BE, DE and UK will strengthen the competitiveness of NWE innovative storage providers by using a user-centric, demand-driven approach to bring products closer to market through tailored testing. Specific activities include: 1)Advising >200 e-storage local SMEs on entering new markets in NWE 2) Create market pull effects in NWE for new e-storage solutions by engaging with potential end-users needs and increase awareness of solution providers 3) Implementing a Support Programm that connects end-users with 20 providers of new e-storage solutions to increase their technological readiness level (TRL5/6 to 7) through real-life testing. More than 50 future end-user of storage will be trained on using a new tool to model their e-storage need with direct links to a portfolio of 250-300 solution providers from NWE. On the long-term, this will position NWE as a leading storage player, gaining up to the 30% of the market with more than 120 new e-storage solutions commercialised and leading to the generation of >1100 new jobs.

 
Role of Ghent University
Ghent University will develop an e-storage modelling tool. Using technical testbed data as input, the tool will suggest appropriate energy storage systems based on (electro-)chemical and electrical technology. Testbed providers will use the initial tool in their SME selection process. Once validated, the tool will be further developed to link its outputs (suggested storage systems) with e-storage providers from the SME portfolio. The final tool is published and disseminated so that any future clients of energy storage systems will be able to find optimal technology configurations with suggestions of suitable and innovative providers from NWE. This effectively raises awareness of NWE e-storage solution providers and creates new market pull effects. The involved research team (EELAB/Lemcko) is active in the domain of the integration of RES and storage in electrical distribution networks and industry. Load demand combined with renewables and storage is one of the main points of interest due to its close relation to flexibility and load/yield estimation. Both simulation, modelling and experimental verification in our extensive lab are of major importance to study future challenges.
 
 
Disclaimer
Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or the European Regional Development Fund, ERDF. Neither the European Union nor the authority can be held responsible for any use the may be made of the information contained therein.