Core contributor to NEWTRENDS (energy demand modeling), REFLEX (energy system flexibility analysis), and sEEnergies (energy efficiency quantification).
TEP ENERGY GMBH
Swiss energy modeling SME specializing in demand forecasting, heating strategies, and socio-technical transition scenarios across buildings, transport, and industry.
Their core work
TEP Energy is a Swiss private consultancy specialized in energy systems modeling, demand forecasting, and scenario analysis for policy and planning purposes. They build quantitative models that project how energy demand evolves across sectors — households, transport, industry, and tertiary buildings — under different policy and technology assumptions. Their work supports national and European energy strategy by translating complex socio-technical trends (digitalisation, prosumer behavior, circular economy) into actionable demand scenarios. They contribute analytical depth to large EU research consortia focused on heating/cooling roadmaps and energy efficiency pathways.
What they specialise in
Participated in HRE (Heat Roadmap Europe) focused on district heating/cooling strategies, and sEEnergies which quantifies synergies in energy efficiency.
NEWTRENDS explicitly addresses prosuming, digitalisation, shared economy, and circular economy as drivers reshaping energy demand patterns.
REFLEX and NEWTRENDS both involve scenario-based analysis spanning households, transport, industry, and tertiary sectors.
How they've shifted over time
TEP Energy's early H2020 work (2016–2019) focused on established infrastructure topics — district heating and cooling networks and national heating strategies through HRE and REFLEX. By 2019–2023, their focus shifted decisively toward understanding new demand-side dynamics: digitalisation, prosumer behavior, circular and shared economy models, and how these societal trends reshape energy consumption. This evolution reflects a move from supply-side infrastructure planning to demand-side behavioral and systemic modeling.
TEP Energy is moving toward modeling how societal megatrends (digitalisation, circular economy, prosumer behavior) transform energy demand — a capability increasingly needed as energy planning shifts from infrastructure-centric to behavior-centric approaches.
How they like to work
TEP Energy operates exclusively as a consortium participant, never as coordinator, suggesting they provide specialized analytical contributions rather than project management. With 30 unique partners across 12 countries from just 4 projects, they work in relatively large consortia (averaging ~10 partners per project). This pattern indicates a specialist contributor comfortable embedded in broad, multi-country research teams where their modeling expertise complements partners handling policy, engineering, or field work.
Despite only 4 projects, TEP Energy has built a broad network of 30 partners across 12 countries, reflecting their participation in large pan-European energy research consortia. Their Swiss base positions them as a non-EU partner contributing cross-border analytical expertise.
What sets them apart
TEP Energy occupies a niche as a Swiss SME that bridges quantitative energy modeling with socio-economic trend analysis — combining hard numbers with soft drivers like consumer behavior and digitalisation. Their consistent focus on demand-side modeling across multiple sectors (buildings, transport, industry) makes them a valuable partner for any consortium needing credible energy demand scenarios. Being Swiss-based and an SME, they offer independent analytical capacity outside the large national research institutes that dominate this space.
Highlights from their portfolio
- NEWTRENDSTheir largest funded project (EUR 238,712) and most thematically ambitious — modeling how digitalisation, prosuming, and circular economy reshape energy demand across all sectors.
- HREHeat Roadmap Europe is a flagship EU initiative that directly informed national heating and cooling strategies across member states — high policy impact.
- sEEnergiesBridges energy efficiency and renewables integration, quantifying synergies that are central to the EU's Energy Efficiency First principle.