BJRE has 18 years experience in Marine Renewables, and as the electrical consultant and contractor to the European Marine Energy Centre on Orkney, has amassed a wide range of experience in terminating and testing submarine cables for both EMEC and the developers of wave and tidal devices who use the facilities that EMEC provide. Whilst onshore wind farm cable terminating and testing is relatively straight forward, our work on subsea cables requires higher levels of expertise. We have now carried out a wide range of different types of termination and test works for the marine energy sector including:
Subsea cable stripping and preparation (double wire armoured cables, dry and flooded)
Cable splicing and termination works (power core, auxiliary cores and fibre optics)
Cable testing – DC, VLF, TDR, OTDR, etc
All from both onshore and offshore ends of the cables.
BJRE works very closely with testing facility on electrical operations and maintenance, at both the wave site at Billia Croo near Stromness, and the tidal site at the Falls of Warness off Eday.
EMEC’s role is to give developers the opportunity to generate electricity at sea and feed that power into the National Grid – BJRE’s expertise is crucially important in making these high-voltage electrical connections work safely and successfully.
We are in the process of completing a further substation expansion at EMECs tidal test site. Both these substations will operate at a range of voltages up to and including 11 kV.
BJRE have developed a portfolio of new services tailored to the needs of the developers involved in wave and tidal energy generation.
As the Electrical Consultant to EMEC, BJRE regularly carry out design reviews for marine energy developments. Using the latest version of ETAP software, we can carry out all manner of design studies ranging from electrical System Design and Design Reviews
Short Circuit Analysis
Transient Stability Analysis,
Earth Grid design
Hot / Cold site determination
Cable Thermal Rating Studies
Add to that personnel with offshore survival certification, and it’s easy to see how BJRE is not just ready to help the marine renewable energy sector, but is very much doing so already.
We have recently completed the expansion of the substation at EMECs wave test site, comprising 12 x Areva Visax panels, 6 interposing transformer stations, along with all associated services, supplies, metering and protection.
We are also in the process of completing a further substation expansion at EMECs tidal test site. Both these substations will operate at a range of voltages up to and including 11 kV. In keeping with all other projects, we have carried out all design works in house, including all protection design and co-ordination. Our experience in onshore substations extends to 220kV on continental projects. In the UK, we were involved with the 132/33kV substation at the Cefn Croes windfarm in Wales, the first UK 132kV contestable works project.
In keeping with all other projects, we have carried out all design works in house, including all protection design and co-ordination. Our experience in onshore substations extends to 220 kV on continental projects. In the UK, we were involved with the 132/33 kV substation at the Cefn Cores windfarm in Wales, the first UK 132 kV contestable works project.
Working with Developers
An up to date report on Window Two of the Accelerated Loss of Mains Change
This attached PDF contains the recent modifications made to the Distribution Code, and Engineering
Please refer to our Terms and Conditions
Follow the link to this morings (15/4/15) Radio Orkney featuring our very own Director, Bryan
The Energy Networks Association have updated their Accelerated Loss of Mains Change Programme (DC0079) page
EMEC has generated green hydrogen gas demonstrating potential for a clean replacement for polluting fuels