Energy

Mainframe have been supplying product into the energy sector and particular the wind industry for over 20 years.

Mainframe Communications – Energy

The energy sector has experienced a drastic increase in interest and demand of more natural energy sources such as solar power, wind farms, nuclear and gas over the last decade, and Mainframe Communications Ltd are keeping up with cutting edge technology and innovation to the global market. We have supplied first-class service through supplying and manufacturing for the energy industry for the last few decades with IP rated optical fibre ODF’s, custom enclosures, patch cords, tap boxes, copper network, joints, PDU’s and cabinets.

Mainframe have experience in delivering products suitable for harsh environments and are fully qualified as a supplier and operate to the industry standard ISO 9001 standards in quality management processes. Our experienced in-house designers and engineers use the latest technology to assist and develop custom energy infrastructure solutions to suit your requirements for any sized onshore and offshore projects.

Contact us on 01702 443800 and talk with our expert team today about what we can do to help your project.

  • Wind mills in a field
  • Frog view of wind power turbine
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  • energy

Windfarm Projects – Mainframe Communications

We here at Mainframe Communications have been working with manufacturing and supplying termination, optic fibre and splice enclosures to renewable energy companies since 2003. In 2003 we had the pleasure to be part of the installation on one of UK’s first wind farm, Scroby Sands. Since then we have worked both within the UK and abroad to assist in the development and construction of new wind farms to meet the increasing demand of clean and green energy.

2003 Scroby Sands

Client name
E.ON Energy
Location
Great Yarmouth, Norfolk, UK
Service
Termination of Onshore Landing Cable and supply of termination equipment.
Project
Scroby Sands is one of UK’s first commercial offshore wind farms and consists of 50 turbines. Today it supplies energy to over 40 000 homes.
For this project we manufactured and supplied termination of Onshore landing cable and supplied termination equipment.

2010 Lincs Offshore

Client name
Orsted
Location
Skegness, Lincolnshire, UK
Service
Supply of 10 x IP67 Weatherproof Fibre Optic Splice Enclosures.
Project
Lincs Offshore is the first offshore wind farm in the UK to use the larger diameter rotor of Siemens Gamesa 3.6MW wind turbines. This wind farm consists of 75 turbines which powers up to 240 000 homes.
We manufactured and supplied 10 fully integrated IP67 weatherproof splice enclosures for Orsted for this project.

2015 Dudgeon

Client name
Equinor/ Masdar/ Statskraft
Location
Cromer, Norfolk, UK
Service
Supply of 67 x IP67 Weatherproof Fibre Optic Splice Enclosures.
Project
It was commissioned in 2015 and consists of 67 turbines. Since its completion in 2017 it powers more than 410 000 homes in the UK.
Working with Equinor, Masdar and Statskraft we manufactured and supplied 67 fully integrated IP67 weatherproof splice enclosures.

2017 Merkur Offshore

Client name
GE
Location
Borkum Islands, Germany
Service
Supply of 82 x IP66 Weatherproof Splice Enclosures.
Project
Merkur Offshore wind farm is one of Germany’s largest Windfarms. It was commissioned in 2017 and consists of 66 turbines. The wind farm powers up to 500 000 homes with clean energy.
Working with GE we manufactured and supplied 82 fully integrated IP66 weatherproof splice enclosures.

2018 East Anglia ONE

Client name
Scottish Power
Location
Outside the east coast of East Anglia, UK
Service
Supply of 126 x IP67 Weatherproof Splice Enclosures.
Project
The East Anglia ONE is one of the largest offshore wind farms in the UK. It has 102 wind turbines and powers over 630 000 homes. East Anglia ONE is part of a larger project which is scheduled to finish in 2022.
Working with Scottish Power we manufactured and supplied 126 IP67 weatherproof splice enclosure.

2020 Pict Offshore

Client name
Pict
Location
TBA
Service
Purpose Built Cabinet Units
Project
Pict have invented a new innovative solution to help making the maintenance of wind farms in the North Sea safer and more effective. It is expected to double the sea swell height at which crews can safely transfer, from boat to wind turbine from 1.5 metres to 3 metres. This enables accessibility to far-offshore installations to increase from 50% to 80% of the year.
Working with Pict, we have designed a bespoke enclosure which can withstand the hazardous environment for the control system and backup power.