Both NETFFICIENT and ISLANDER involve storage technologies — from multi-storage integration in smart communities to small-scale and seasonal storage on islands.
CORPORACION ZIGOR SA
Spanish energy storage company contributing storage hardware, smart management systems, and ESCO business models to EU decarbonisation projects.
Their core work
ZIGOR is a private Spanish energy technology company based in Vitoria (Basque Country) that contributes industrial expertise in energy storage systems and smart energy management to EU research consortia. Their project involvement covers both the hardware side — small-scale and seasonal storage, heat storage, EV charging — and the software layer: ICT platforms, demand response tools, and decision-support systems for grid operators and energy managers. They have also engaged with the business and economic dimensions of energy projects, including ESCO models and Life Cycle Assessment, suggesting they understand not just the technology but its commercial deployment. As a third-party contributor rather than a funded partner, they typically bring specific industrial or commercial capabilities that complement the research-led participants in the consortium.
What they specialise in
NETFFICIENT covered ICT tools and management/decision support tools; ISLANDER added a smart IT platform for demand response and optimisation.
ISLANDER explicitly targets distributed renewable energy resources and their integration into island energy systems.
NETFFICIENT keywords include Business models, Life Cycle Assessment, and ESCO — indicating involvement in the commercial and contractual side of energy services.
ISLANDER introduced seawater district heating and heat storage as new topic areas not present in the earlier NETFFICIENT project.
How they've shifted over time
In their first H2020 project (NETFFICIENT, 2015–2018), ZIGOR's contribution centred on the management and economic layer of energy storage: ICT tools, decision-support systems, business models, ESCOs, and life cycle assessment — the infrastructure for making multi-storage systems commercially viable. By their second project (ISLANDER, 2020–2025), the focus shifted decisively toward concrete physical technologies: small-scale and seasonal storage, heat storage, seawater district heating, and EV charging networks, combined with a smart IT platform for demand response. The trajectory suggests that ZIGOR has moved from supporting the business case for storage toward deploying and operating specific storage and flexibility assets in real energy systems.
ZIGOR is moving toward hands-on deployment of diverse storage and flexibility technologies in geographically constrained or island-type energy systems — a growing market as EU decarbonisation targets tighten.
How they like to work
ZIGOR has never led an H2020 project and has participated exclusively as a third party — meaning they are brought in by the funded consortium for a specific industrial contribution rather than driving the research agenda themselves. Despite this peripheral formal role, they have engaged with 26 unique partners across 9 countries, suggesting they are a trusted industrial supplier or technology provider that consortia actively recruit. Working with them likely means engaging them as a vendor, pilot-site host, or technology integrator rather than as an equal research partner.
ZIGOR has built connections with 26 consortium partners across 9 countries through just 2 projects, indicating they joined large, international Innovation Actions with broad consortium structures. Their network is European in scope but anchored in the energy sector.
What sets them apart
ZIGOR's distinct value is that they bridge the gap between energy storage research and real-world commercial deployment: they bring both technical knowledge of storage hardware and the business-model thinking needed to make those systems financially viable. Their consistent involvement in Innovation Actions (IA) — the EU funding scheme closest to market — signals that consortia see them as an industrial actor who can push technologies toward deployment, not just validate them in the lab. For a consortium needing a credible Spanish industrial partner with energy storage and smart grid credentials, ZIGOR offers that combination without competing for the research leadership role.
Highlights from their portfolio
- ISLANDERA long-horizon project (2020–2025) targeting full decarbonisation of island energy systems, covering the widest technology range ZIGOR has been involved in — seasonal storage, seawater district heating, EV charging, and demand response in a single integrated system.
- NETFFICIENTZIGOR's entry into H2020 research, contributing to a smart-community multi-storage project that tackled both the technical and the commercial sides of energy storage deployment, including ESCO models and life cycle economics.