SciTransfer
Organization

UK GRID SOLUTIONS LIMITED

GE Renewable Energy subsidiary providing HVDC transmission systems and grid infrastructure for large-scale offshore wind energy in Europe.

Large industrial companyenergyUK
H2020 projects
4
As coordinator
0
Total EC funding
€269K
Unique partners
115
What they do

Their core work

UK Grid Solutions (operating under GE Renewable Energy, Grid Solutions) is a large industrial company specializing in high-voltage direct current (HVDC) transmission systems and power grid infrastructure for offshore wind energy. They provide critical grid connection technologies — including circuit breakers, protection systems, and diode rectifier converters — that enable large-scale offshore wind farms to feed power into onshore grids. Their work spans the full chain from offshore wind turbine upscaling to meshed HVDC network design and grid integration of renewables.

Core expertise

What they specialise in

HVDC transmission systems for offshore windprimary
2 projects

PROMOTioN focused on meshed HVDC offshore networks including circuit breakers and protection systems; IntEnSys4EU addressed integrated energy systems.

Offshore wind energy grid integrationprimary
3 projects

PROMOTioN, IntEnSys4EU, and ReaLCoE all address connecting large-scale offshore wind to European grids.

Power grid protection and switching equipmentsecondary
1 project

PROMOTioN explicitly targeted circuit breakers and protection systems for meshed HVDC grids.

Next-generation large wind energy converters (12+ MW)emerging
1 project

ReaLCoE targets upscaling to 12+ MW offshore wind turbines with grid parity as the goal.

Grid insulation materials for renewables integrationsecondary
1 project

GRIDABLE developed plastic nanocomposite insulation materials for reliable integration of renewables and DC storage.

Evolution & trajectory

How they've shifted over time

Early focus
HVDC grid infrastructure
Recent focus
Large-scale offshore wind generation

Their early H2020 involvement (2016–2017) centered on HVDC transmission infrastructure — meshed offshore grids, circuit breakers, protection systems, and North Sea grid regulation. By 2018, the focus shifted toward the generation side: next-generation 12+ MW offshore wind turbines, cost reduction (LCoE, grid parity), and digitalisation of wind energy systems. This trajectory shows a move from pure grid hardware toward end-to-end offshore wind solutions encompassing both generation and transmission.

They are expanding from transmission-only expertise toward integrated offshore wind solutions, making them increasingly relevant for projects targeting cost-competitive, utility-scale offshore renewable energy.

Collaboration profile

How they like to work

Role: third_party_expertReach: European18 countries collaborated

UK Grid Solutions overwhelmingly participates as a third party (3 of 4 projects), contributing specialized industrial expertise without taking on coordination or formal partner roles. They operate within large consortia — 115 unique partners across their portfolio — suggesting they are called in for specific technical contributions rather than project leadership. This is typical of a large industrial company that provides real-world equipment and testing capabilities to research-driven projects.

Despite limited formal participation, they are connected to 115 unique consortium partners across 18 countries, reflecting the large-scale nature of offshore wind and HVDC projects that require pan-European consortia. Their network is heavily concentrated in North Sea and Northern European energy markets.

Why partner with them

What sets them apart

As part of GE Renewable Energy, they bring actual industrial manufacturing and deployment capability to EU research projects — not just research expertise but the ability to build and install HVDC equipment at scale. Their combination of grid transmission hardware (circuit breakers, converters, protection systems) with offshore wind domain knowledge is rare among H2020 participants. For consortium builders, they offer a direct path from research results to industrial deployment in offshore energy infrastructure.

Notable projects

Highlights from their portfolio

  • PROMOTION
    Major EU initiative on meshed HVDC offshore transmission networks — their only project as a direct participant, with EUR 268K in EC funding, addressing a critical bottleneck for North Sea wind power.
  • ReaLCoE
    Long-running project (2018–2026) targeting next-generation 12+ MW offshore wind turbines and grid parity — signals their strategic direction toward integrated offshore wind solutions.
Cross-sector capabilities
Manufacturing — power electronics and grid equipment productionEnvironment — enabling large-scale renewable energy deploymentTransport — electrification infrastructure and DC transmission
Analysis note: Profile is based on only 4 projects, 3 of which are third-party participations with no direct EC funding or keyword data. The strong keyword data from PROMOTioN and ReaLCoE provides reasonable insight, but the third-party role means their actual technical contribution scope may be narrower or broader than what project descriptions suggest. GE Renewable Energy branding confirms industrial scale but specific Stafford site capabilities are not derivable from H2020 data alone.