Norwegian SME operating flexibility marketplaces for DSOs, specializing in market mechanisms and interoperability standards for smart distribution grids.
NODES AS is a Norwegian technology SME specializing in flexibility marketplace operation and market design for electricity distribution grids. They build and run digital platforms that enable Distribution System Operators (DSOs) to procure flexibility services from consumers, prosumers, and aggregators — helping grids absorb more renewable energy without costly infrastructure upgrades. Their work spans market mechanism design, advanced power flow optimization, and the development of standardized interfaces that allow multiple market actors to interact with grid operators in a structured way. In practical terms, they sit at the intersection of energy market engineering and grid operations — turning the theoretical promise of demand flexibility into working commercial infrastructure.
Both FLEXGRID and EUniversal center on flexibility marketplace architecture — FLEXGRID on pricing and market models, EUniversal on the universal market-enabling interface (UMEI) for DSO flexibility procurement.
EUniversal (2020–2023) explicitly targets distribution grid interoperability, grid observability, and multi-consumer grid services at DSO level.
FLEXGRID (2019–2022) focuses on advanced OPF (Optimal Power Flow) models and advanced pricing models to facilitate high renewable energy penetration.
EUniversal's core deliverable is a standardized market-enabling interface (UMEI) that connects flexibility providers to grid operators across different national contexts.
High RES penetration appears as a keyword in FLEXGRID and the energy transition framing carries into EUniversal, showing a consistent thread of using markets — not just engineering — to accommodate renewable generation.
NODES AS entered H2020 with a focus on the theoretical and algorithmic foundations of flexibility markets — advanced OPF models, optimal pricing strategies, and smart grid-market interaction logic, all aimed at making high renewable penetration feasible. By their second project, the focus had shifted decisively toward practical implementation: real distribution grid interoperability, grid observability tools, standardized interfaces for DSOs, and multi-consumer market structures tested in live demonstration settings. The trajectory is from market design research to market infrastructure deployment — from building the models to building the platforms that run on those models.
NODES AS is moving toward becoming a provider of standardized, deployable market infrastructure for DSOs — the "operating system" layer for flexibility trading across European distribution grids — making them an increasingly relevant partner for any project that needs to demonstrate real market-grid interaction, not just model it.
NODES AS participates exclusively as a consortium partner and has never led an H2020 project — a pattern consistent with a specialist technology company that joins consortia to contribute a specific commercial or technical capability rather than to coordinate research agendas. Their two projects together involved 33 distinct partners across 12 countries, suggesting they work comfortably in large, multi-national consortia. This profile points to an organization that contributes operational market expertise and platform know-how, expecting other partners to handle project management and scientific coordination.
NODES AS has built connections with 33 unique partners across 12 countries through just two projects — a relatively dense network for such a small portfolio, indicating they work in broad, well-resourced consortia. Their geographic spread is pan-European, consistent with energy market projects that require cross-border grid and regulatory diversity.
Unlike most research-oriented participants in smart grid projects, NODES AS brings operational market experience — they are not studying flexibility marketplaces, they run one. This gives them rare credibility as the link between research models and working commercial infrastructure, which is exactly what demonstration-phase projects (IA-funded like EUniversal) need. For any consortium building a project that must show real flexibility trading between DSOs and market participants, NODES AS offers something few academic or engineering partners can: a functioning marketplace and the market design knowledge that comes from operating it.
