SHIP2FAIR deploys solar thermal systems into food and agro-industrial processes with thermoeconomic analysis and thermal integration.
TVP SOLAR SA
Swiss SME supplying medium- and high-temperature solar thermal collectors and integration expertise for industrial process heat and heat-pump systems.
Their core work
TVP Solar is a Geneva-based SME developing solar thermal technology for medium- and high-temperature heat applications — the kind of heat industrial processes and buildings actually need, not just hot water. Their work in H2020 centers on integrating solar thermal collectors into two demanding use cases: supplying process heat to food and agro-industrial plants (SHIP2FAIR) and coupling solar collectors with advanced heat pumps for building decarbonization (SunHorizon). Both projects are Innovation Actions, meaning TVP Solar is bringing near-market hardware into real demonstration sites rather than running lab research. For a business or integrator, they are a hardware supplier plus system-integration expert for solar heat.
What they specialise in
SunHorizon couples solar collectors with innovative heat pumps, covering robust design, functional monitoring and predictive control.
Both SHIP2FAIR and SunHorizon list process control, thermal integration and predictive control as core activities.
SunHorizon explicitly targets predictive maintenance and functional monitoring of solar-coupled heat pump installations.
SHIP2FAIR keywords include thermoeconomic analysis applied to agro-food process heat.
How they've shifted over time
The evolution signal is limited: both H2020 projects started in 2018 and ran to 2023, so there is no real before/after to compare. Across the two projects we see one consistent theme — getting solar thermal heat into real industrial and building applications — applied to two different demand profiles (industrial process heat in one, heat pump coupling in the other). The progression within the portfolio is from collector-plus-process integration toward collector-plus-active-equipment integration with digital monitoring layered on top.
They are moving from passive process-heat supply toward hybrid systems that combine solar collectors with heat pumps and digital control, which fits the broader electrification-plus-renewables direction of building and industry decarbonization.
How they like to work
TVP Solar joins as a participant rather than coordinator in both projects, contributing hardware and integration expertise inside large Innovation Action consortia (39 partners across 13 countries between just two projects). This is classic specialist-SME behavior: they bring a specific technology component into demonstration consortia led by others. Working with them means getting a focused hardware and integration partner, not a project manager.
Across just two projects they connect with 39 unique partners in 13 countries, signaling broad European reach concentrated in energy-sector Innovation Actions rather than tight repeat-partner clusters.
What sets them apart
Most solar companies stop at hot water or photovoltaics; TVP Solar plays in the harder and less crowded space of medium/high-temperature solar thermal for processes and hybrid heat-pump systems. They are a Swiss SME small enough to focus on one technology line but credible enough to attract EUR 3.1M of EC funding across two Innovation Actions with 39 partners. For a partner, this means a deep specialist on solar heat integration rather than a generalist renewables vendor.
Highlights from their portfolio
- SHIP2FAIRTheir largest H2020 engagement at EUR 2.03M, bringing solar thermal heat directly into food and agro-industrial processes — a high-value decarbonization target that few hardware SMEs address.
- SunHorizonCouples their solar collectors with innovative heat pumps and adds predictive control and monitoring, showing a shift from standalone solar heat toward hybrid renewable-heating systems.