LOLABAT (Long Lasting Battery) explicitly targets stationary storage, battery management systems, and sustainable battery materials.
SIT TECHNOLOGIES SRL
Italian energy-tech SME in Genova delivering stationary battery, smart-grid and thermal storage engineering inside H2020 demonstrators as a specialist third-party contributor.
Their core work
SIT Technologies is a small Italian engineering company based in Genova that works on energy storage hardware and smart-grid integration technologies. Their technical footprint spans battery systems (electrochemistry, battery management, long-life stationary storage), thermal-electrical energy accumulation for power plants, and the integration of renewables into local and island energy grids. They consistently appear as a third party inside H2020 consortia — meaning they are brought in as a specialist technical contributor to deliver specific components or engineering know-how rather than as a prime beneficiary. For a partner seeking hands-on hardware expertise in stationary storage and hybrid energy systems, they are a niche operator rather than a research lab.
What they specialise in
ROBINSON focuses on integrating RES and storage on islands; LOLABAT links batteries to energy-grid and smart-grid applications.
PUMP-HEAT covered Performance Untapped Modulation for Power and Heat via Energy Accumulation Technologies.
ROBINSON addresses industrial symbiosis alongside flexible, cost-efficient island energy systems.
LOLABAT keywords explicitly list BMS, sensors, and recyclability as delivery areas.
How they've shifted over time
Their earliest H2020 engagement (PUMP-HEAT, 2017) was about thermal and power accumulation coupled to conventional power plants — a mechanical/thermodynamic storage angle. From 2020 onward (ROBINSON, LOLABAT) their work pivots clearly to electrochemical storage, battery management, and integrating renewables into smart and island grids. The shift is consistent with the wider European move from plant-level efficiency toward distributed, electrified energy systems.
They are moving deeper into long-life electrochemical storage and decentralised RES integration — a good fit for consortia building island, microgrid, or industrial-symbiosis demonstrators.
How they like to work
They never lead projects and never appear as a direct beneficiary in the data — all three participations are as a third party attached to someone else in the consortium. They do work inside sizeable international consortia (53 distinct partners across 15 countries for just three projects), so they are comfortable in complex multi-partner demonstrators. Expect them to deliver a specific technical module rather than coordination, dissemination, or work-package leadership.
They have collaborated with 53 unique partners across 15 countries through only three projects, indicating broad European exposure despite a narrow project portfolio. The anchor is Italy, with reach into Western and Northern European energy demonstrators.
What sets them apart
Most Italian energy SMEs either focus on a single technology or act as service providers. SIT Technologies has worked across three distinct storage paradigms — thermal accumulation, stationary batteries, and RES-plus-storage islands — which is unusual for a company of its size. If you need a hands-on technical partner who has already lived inside both thermo-mechanical and electrochemical storage demonstrators, they are a credible short-list candidate; if you need a coordinator or a heavy R&D lab, they are not.
Highlights from their portfolio
- PUMP-HEATTheir earliest H2020 engagement and the only one in thermal/power accumulation, showing a broader storage background than battery-only players.
- LOLABATA dedicated long-lasting stationary battery project covering the full stack from electrochemistry to BMS, recyclability and grid use — their clearest technology showcase.
- ROBINSONIsland energy systems combining RES integration, storage, and industrial symbiosis — rare combination that signals capability in real-world demonstrator deployment.