SciTransfer
Organization

POWERSINES LTD

Israeli SME developing voltage optimisation hardware to reduce electricity consumption in commercial and industrial facilities.

Technology SMEenergyILSMENo active H2020 projectsThin data (2/5)
H2020 projects
2
As coordinator
2
Total EC funding
€1.8M
Unique partners
0
What they do

Their core work

POWERSINES is an Israeli technology SME focused on voltage optimisation systems for energy efficiency. Their core product — the SuperEH (Super Variable Vector Combination Energy Saving Hub) — appears to be a power electronics device that reduces energy consumption by dynamically managing voltage vectors in electrical installations. They progressed from a feasibility study (SME Instrument Phase 1) to a full commercial development project (SME Instrument Phase 2), indicating a single-product company advancing its core technology toward market. Their target market is likely commercial and industrial facilities where voltage optimisation delivers measurable electricity cost savings.

Core expertise

What they specialise in

Voltage optimisation systemsprimary
2 projects

Both SuperEh and SuperEH projects centre on variable vector combination for voltage optimisation, spanning feasibility through full product development.

Energy saving hardware (power electronics)primary
2 projects

The 'Energy Saving Hub' framing across both projects points to a packaged hardware product for reducing electrical energy consumption at the point of use.

2 projects

Successfully securing SME Instrument Phase 1 and then Phase 2 demonstrates capability to navigate EU innovation funding from concept validation to scale-up.

Evolution & trajectory

How they've shifted over time

Early focus
Voltage optimisation feasibility study
Recent focus
Energy saving hub commercialisation

POWERSINES has a very short and focused H2020 history: a 2016 feasibility study followed immediately by a 2017–2020 development phase for the same technology. There is no meaningful shift in focus — this is a single-technology company that used the SME Instrument pathway to de-risk and then develop one product. Without keyword data across periods, it is not possible to identify any pivot or broadening of scope; the evidence suggests disciplined concentration rather than evolution.

Their trajectory points toward a finished commercial product in the voltage optimisation space — if SuperEH reached the market post-2020, they are likely a product company rather than an ongoing R&D collaborator.

Collaboration profile

How they like to work

Role: specialist_contributorReach: regional

POWERSINES used the H2020 SME Instrument, which is designed for single companies and does not require consortium partners — explaining their zero-partner count. They led both projects as coordinator, but "coordinator" in this context means sole applicant, not consortium manager. This suggests they are an independent innovator who develops technology in-house rather than a natural consortium partner. Engaging them would mean a bilateral relationship, not a multi-partner network.

POWERSINES has no recorded consortium partners or cross-country collaborations in H2020 data — a direct result of using the solo-applicant SME Instrument scheme. Their network within European research infrastructure is, as far as this data shows, minimal.

Why partner with them

What sets them apart

POWERSINES occupies a niche in power quality and voltage optimisation — a relatively unglamorous but commercially viable segment of the energy efficiency market. As an Israeli SME that successfully secured over €1.7M through the competitive SME Instrument Phase 2, they demonstrated that their technology passed independent technical and commercial due diligence. For a consortium needing a hardware-focused energy efficiency component from outside the EU core, they represent an unusual combination of verified EU funding track record and non-EU geographic base.

Notable projects

Highlights from their portfolio

  • SuperEH
    The Phase 2 SME Instrument award of €1.72M is the flagship project — one of the larger single-company grants in this scheme — validating the commercial potential of their voltage optimisation technology.
  • SuperEh
    The Phase 1 feasibility award (€50K) is notable as the starting point of a successful Phase 1 → Phase 2 progression, demonstrating a complete SME Instrument journey with the same core technology.
Cross-sector capabilities
Building energy managementIndustrial energy efficiencySmart grid integration
Analysis note: No keywords were available in the source data, and both projects share the same technology and name variant. The profile is inferred almost entirely from project titles and funding scheme structure. The interpretation of 'variable vector combination' as power electronics is a reasonable inference, not confirmed by primary technical documentation. Treat all technical claims as indicative rather than verified.