Central theme across all three projects — INVADE, InterFlex, and PROGRESSUS all address charging systems and grid integration.
STICHTING ELAADNL
Dutch research center specializing in smart EV charging infrastructure, grid integration, and secure energy electronics.
Their core work
ELaadNL is the Dutch knowledge and innovation center for electric vehicle charging infrastructure. Based in Arnhem, they research and develop smart charging solutions, energy management systems, and grid integration technologies that connect electric vehicles with the broader energy system. Their work spans the full charging ecosystem — from hardware components like power converters and sensors to software layers including blockchain-based trust and energy management platforms. They serve as a bridge between grid operators, EV manufacturers, and energy market participants in the Netherlands and across Europe.
What they specialise in
INVADE focused on integrated EV and battery storage; InterFlex addressed energy system flexibility and market interactions.
PROGRESSUS involves power conversion, TMR sensors, and hall sensors for next-generation energy electronics.
PROGRESSUS introduced blockchain, hardware security, and trusted hardware into their charging infrastructure work.
INVADE and PROGRESSUS both address local storage, microgrid operation, and distributed energy management.
How they've shifted over time
ELaadNL's early H2020 involvement (2017-2019) centered on large-scale energy system integration — connecting EVs and batteries to renewable storage (INVADE) and exploring flexibility markets between automated energy systems (InterFlex). Their most recent project, PROGRESSUS (2020-2023), marks a clear shift toward the hardware and trust layers: power electronics, sensor technology, blockchain-secured charging, and trusted hardware components. This progression shows a move from system-level energy concepts down into the critical components and cybersecurity foundations that make smart charging reliable and secure.
ELaadNL is moving from energy system integration toward secure, trustworthy charging hardware — expect future work at the intersection of cybersecurity and EV infrastructure.
How they like to work
ELaadNL operates exclusively as a participant, never leading consortia but contributing specialized EV charging expertise to large, multi-country projects. With 77 unique partners across just 3 projects, they work in sizable consortia (averaging ~25 partners per project), suggesting they are comfortable in complex, multi-actor collaborations. Their consistent participant role indicates they are a trusted domain specialist that larger consortia bring in for charging infrastructure knowledge rather than a project management organization.
Despite only three projects, ELaadNL has built a wide network of 77 partners across 13 countries, reflecting their participation in large European energy and digital consortia. Their base in the Netherlands — a leader in EV charging deployment — gives them strong connections to Dutch grid operators and the broader Northwest European energy ecosystem.
What sets them apart
ELaadNL occupies a rare niche as a dedicated research center focused entirely on EV charging infrastructure — not energy in general, not automotive in general, but the specific intersection where vehicles meet the grid. Their evolution from energy management into hardware security and blockchain for charging shows they are anticipating the next wave of challenges as charging networks scale. For consortium builders, they offer deep, specialized knowledge in a domain that almost every energy or transport project now needs but few organizations focus on exclusively.
Highlights from their portfolio
- INVADELargest project by funding (€1.1M to ELaadNL), addressing the integration of EVs and batteries into renewable energy storage systems.
- PROGRESSUSRepresents a strategic pivot into hardware security and blockchain for charging infrastructure — their most technically diverse project with 12 distinct keyword areas.