SciTransfer
Organization

ETME PEPPAS KAI SYNERGATES EE

Greek engineering SME developing floating tension leg platforms for offshore wind resource measurement and project cost reduction.

Technology SMEenergyELSMENo active H2020 projectsThin data (2/5)
H2020 projects
2
As coordinator
2
Total EC funding
€1.1M
Unique partners
2
What they do

Their core work

ETME Peppas is a Greek engineering SME specializing in floating offshore measurement infrastructure for the wind energy sector. Their core product is an innovative floating met mast platform — a tension leg platform (TLP) that combines cup anemometers and lidar systems to measure wind resources at offshore sites where fixed-bottom structures are impractical. They bring an engineering product concept through the full innovation lifecycle: from feasibility study to commercial prototype development. Their work directly targets cost reduction in offshore wind project development, where accurate wind resource assessment is a major cost driver before construction begins.

Core expertise

What they specialise in

Floating offshore met mast platformsprimary
2 projects

Both FLOATMAST and FloatMastBlue are built around the same core product: a floating tension leg platform for offshore wind measurement.

Wind resource assessment instrumentationprimary
2 projects

FLOATMAST explicitly combines cup anemometer and lidar remote sensing for offshore wind resource measurement.

Tension leg platform (TLP) engineeringprimary
2 projects

The tension leg platform design is the structural innovation at the heart of both their H2020 projects.

Offshore wind project cost reductionsecondary
1 project

FloatMastBlue is explicitly framed around reducing offshore wind energy development costs through cheaper met mast deployment.

Evolution & trajectory

How they've shifted over time

Early focus
Offshore wind met mast feasibility
Recent focus
Floating met mast commercialization

This organization followed a single, focused innovation path across both projects with no meaningful pivot in topic — both projects address the exact same product in the same application domain. The shift is not in subject matter but in development stage: FLOATMAST (2015) was a Phase 1 SME Instrument feasibility study worth €50k, while FloatMastBlue (2017–2021) was a Phase 2 implementation grant of over €1M to bring the same platform to market. No keyword data is available to detect subtler thematic shifts. The trajectory signals a disciplined product company that used EU funding as intended: validate first, then scale.

They appear to be a single-product engineering company that has completed their EU-funded development cycle; any future collaboration would likely involve deploying or integrating their floating met mast platform in offshore wind site assessment projects.

Collaboration profile

How they like to work

Role: consortium_leaderReach: regional2 countries collaborated

This organization exclusively leads — both H2020 projects were coordinated by them, with no participation as a junior partner on record. They work in very small consortia (only 2 unique partners across both projects), suggesting they prefer tight, product-focused partnerships rather than large research networks. This is typical of SME Instrument applicants, where the company drives the IP and hires specialists as needed rather than building wide academic alliances.

Their H2020 network is minimal — just 2 unique partners spanning 2 countries. This is consistent with the SME Instrument model, where the Greek SME retained project leadership and brought in targeted technical or commercial partners on a lean basis.

Why partner with them

What sets them apart

ETME Peppas sits in a narrow but valuable niche: they are one of the very few SMEs in Southern Europe developing physical floating infrastructure specifically for offshore wind measurement, not just consulting or software. Having completed both Phase 1 and Phase 2 of the SME Instrument on the same product line, they have de-risked a hardware concept to prototype stage with EU backing — making them a credible technology provider for offshore wind developers who need affordable met mast alternatives to expensive fixed-bottom structures or metocean buoys.

Notable projects

Highlights from their portfolio

  • FloatMastBlue
    The largest project by far at over €1M EC funding, representing Phase 2 commercialization of their core floating met mast product for offshore wind cost reduction.
  • FLOATMAST
    The successful Phase 1 feasibility study that de-risked the tension leg platform concept and enabled the larger Phase 2 award — a textbook SME Instrument two-step.
Cross-sector capabilities
Offshore marine infrastructureEnvironmental monitoring instrumentationMaritime engineering
Analysis note: Only 2 projects with no extracted keywords and no website available. Project titles are descriptive enough to support a focused profile, but no deliverables, report summaries, or partner details are visible. Confidence is low because the entire profile rests on two project titles and funding amounts. The company may have evolved significantly since 2021 — the FloatMastBlue project ended that year and no subsequent H2020 activity exists.