01 Procurement
Tender overview
- Buyer
- NATIONAL GRID ELECTRICITY TRANSMISSION PLC
- Status
- Complete
- Procurement method
- Award under framework
- Category
- Not supplied
- CPV classification
- Not supplied
- Tender period
- Not supplied — Not supplied
Description
High voltage submarine cables produce electromagnetic fields (EMF) external to the cable due to current flowing within their metallic components, primarily the main conductor. While the magnitude of these fields decays rapidly with separation from the cables, reducing to background levels within 10's of meters, cable circuits extend continuously across the seabed for 100's of km. Accurately quantifying and understanding the impact of anthropogenic EMF on seafloor organisms is therefore vital. Given the significant volume of new interconnector systems being installed/planned (e.g. For the Eastern Green Link projects (1-4) represent ~1800km of cable circuit), it is important to ensure that this transition to net zero does not result in ecological harm.
This page represents one OCDS contracting process. Notices can be revised over time. Values may be estimates, award values or contract values and should be read with their displayed stage and date.
02 Awards and contracts
Published award records
Studying and Assessing the Benthic Response to Electrical Stimuli (SABRES)
- Awarded
- 5 October 2026
- Award value
- £859,867
- Suppliers
- 1
- Signed contract
- Not supplied
03 Organisations
Buyers, suppliers and other parties
NATIONAL GRID ELECTRICITY TRANSMISSION PLC
1 - 3 Strand, London, UKI32, WC2N 5EH, United Kingdom
Companies House 02366977 →Southampton University
University Road, Highfield, Southampton, UKJ32, SO17 1BJ, United Kingdom
Companies House RC000668 →Companies House links appear only for explicit GB-COH identifiers. BritDB does not create company links from a similar name or address.
04 Provenance
Source for this process
Contains public sector information licensed under the Open Government Licence v3.0. Official external links are available only on the source transition page.