Both PHOENIX and BRIGHT projects directly rely on smart metering as the foundational infrastructure for cybersecurity and demand response use cases.
ISKRAEMECO, MERJENJE IN UPRAVLJANJEENERGIJE, D.D.
Slovenian smart meter manufacturer providing operational metering infrastructure and energy data expertise for EU cybersecurity and demand response projects.
Their core work
Iskraemeco is a Slovenian manufacturer of electricity meters and energy management systems, with devices deployed across millions of European households and utilities. In H2020 projects, they contribute their industrial-grade metering infrastructure as a real-world testbed — providing the hardware, deployment networks, and operational data that pure research partners cannot replicate. Their role sits at the intersection of physical metering devices and the digital services built on top of them: securing meter communications against cyber threats, and enabling demand response programs that use meter data to manage grid load. This makes them a bridge between utility operations and cutting-edge energy research.
What they specialise in
PHOENIX (2019–2022) addressed coordinated cybersecurity for EPES, GDPR compliance for metering data, and large-scale pilot validation of protective mechanisms.
BRIGHT (2020–2023) focused on multi-time-scale demand response, community-driven aggregation, and peer-to-peer decentralized virtual power plant (VPP) architectures.
PHOENIX explicitly covered privacy-preserving machine learning training and GDPR compliance for metering and grid data — a capability that overlaps with BRIGHT's data-driven consumer engagement.
How they've shifted over time
Their first H2020 project (PHOENIX, 2019) was defensive in nature — protecting energy infrastructure from coordinated cyber attacks, ensuring GDPR compliance, and validating resilience and self-healing mechanisms at scale. By their second project (BRIGHT, 2020), the focus had rotated toward enabling new market models: participatory demand response, social incentives for consumers, peer-to-peer energy trading, and community-level virtual power plants. The shift is from "protect the meter" to "activate the meter as a platform for energy market participation."
Iskraemeco is moving from infrastructure security toward enabling new energy market models — demand response, peer-to-peer trading, and community aggregation — which positions them well for future projects in energy transition and smart grid digitalization.
How they like to work
Iskraemeco participates exclusively as a consortium partner, never as coordinator — consistent with a large industrial company that joins research projects to validate technology in operational environments rather than to lead academic agendas. Both projects were Innovation Actions, meaning they were deployed close to market readiness, which suits a manufacturer bringing real devices and utility relationships to the table. With 38 distinct partners across two projects, they work in large, diverse consortia and show no pattern of repeat collaboration with the same institutions.
Iskraemeco has accumulated 38 unique consortium partners across 13 countries from just two projects — an unusually broad network for a small H2020 footprint, suggesting both projects involved large international consortia. Their reach is pan-European, typical of Innovation Actions that require multi-country pilot deployments.
What sets them apart
Iskraemeco is one of the few H2020 participants that brings market-deployed metering hardware rather than laboratory prototypes — their devices are already in the field across European utilities, which means pilots conducted with them have genuine operational validity. For consortia building Innovation Actions in smart grids, demand response, or energy cybersecurity, they provide something that universities and research institutes cannot: real deployment scale and utility-grade device integration. Their dual coverage of security and demand response makes them relevant for any project touching smart meter data at the grid edge.
Highlights from their portfolio
- PHOENIXTheir largest single-project grant (EUR 204,750) and the more technically demanding engagement, addressing coordinated cybersecurity across electrical power systems with GDPR-compliant metering data and large-scale pilot validation.
- BRIGHTRepresents a strategic pivot into demand response and peer-to-peer energy markets, combining blockchain-style decentralized VPP concepts with participatory consumer design — a forward-looking combination for the post-2020 energy transition.