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Scott Base Redevelopment - Electrical Engineering Consultant - Ross Island Wind Energy, Antarctica

This tender is using the new split file responses feature on GETS. The agency has indicated that they would like to receive responses separated by price and non price components. Please keep this in mind when preparing your response for submission via GETS.

Details

RFx ID : 32476931
Tender Name : Scott Base Redevelopment - Electrical Engineering Consultant - Ross Island Wind Energy, Antarctica
Reference # :
Open Date : Tuesday, 16 September 2025 3:00 PM (Pacific/Auckland UTC+12:00)
Close Date  : Thursday, 9 October 2025 10:00 AM (Pacific/Auckland UTC+13:00)
Tender Type : Request for Proposals (RFP)
Tender Coverage : Sole Agency  [?]
Categories :
  • 81100000 - Professional engineering services
  • 81101700 - Electrical and electronic engineering
  • 81102400 - Electrical power transmission engineering
  • 83000000 - Public Utilities and Public Sector Related Services
Regions:
  • International
Exemption Reason : None
Required Pre-qualifications : None
Contact : Ashleigh Burgess
a.burgess@antarcticanz.govt.nz
0212210249
Alternate Physical Delivery Address  :
Alternate Physical Fax Number  :
Overview

The redevelopment of Scott Base is Antarctica New Zealand’s largest and most complex project ever undertaken. The aim of the project is to ensure Aotearoa New Zealand has safe, fit-for-purpose, and sustainable infrastructure that safeguards its continuous presence in Antarctica, enables its world-leading scientific research programme, and strengthens engagement with the Antarctic Treaty System.

Antarctica New Zealand is seeking proposals from suitably qualified Electrical Engineering Consultants to provide Technical Support for the Ross Island Wind Energy (RIWE 2.0) programme. This role will serve as the primary electrical advisor to Antarctica New Zealand, ensuring that all electrical and control systems of the RIWE system are designed, reviewed, and commissioned in alignment with operational requirements, environmental constraints, and long-term maintainability.