Call +44 800 9755 164

Public tenders for energy in Newcastle-upon-tyne United...

Find all Energy tenders in the world.
Finding business opportunities has never been easier.

Results for energy. Make a new search!
EnergyUnited Kingdomnewcastle-upon-tyne

Construction work

University of Keele | Published January 20, 2017  -  Deadline February 20, 2017
45000000, 42961200, 48151000, 45231100, 45314300, 32421000, 45315400, 44161100, 44161110, 45333000, 45333200, 38551000, 38554000, 45251200, 71320000

Tenders are invited from interested parties for the delivery of the Smart Energy Network Demonstrator (SEND). This will cover both the design and construction of the SEND under a single-stage design and build contract.

Conceptually the SEND project will transform the University's current utilities infrastructure into a dual use system that operates to both supply energy and acts as a laboratory for research, development and innovation (RD&I) to support both business and academic driven research programmes and support new product, processes and services developments.

The SEND is part funded from the England European Regional Development Fund (ERDF) as part of the European Structural and Investment Funds Growth Programme 2014-2020 and the Department for Business, Energy and Industrial Strategy (BEIS).

The Keele University SEND will provide a real community based at-scale demonstrator, across multiple energy vectors, to support RD&I into smart, flexible energy supply, storage and monitoring to deliver improved energy security, reduce energy costs and reduce carbon emissions within a mixed environment and community. The purpose of this procurement is to appoint a Contractor to complete the final design, deliver the new and upgraded/refurbished utility infrastructure to enable demonstration, introduce and upgrade (to enable demonstration) the control system for the SEND, and oversee the introduction of procedural changes.

The SEND project has the following functional objectives:

* Basic Information Management,

* Basic Demand Side Management,

* Advanced metering infrastructure and heat load analysis,

* Integrated Energy Systems, Leveraging Advanced Information Management,

* Realising Micro-grids through advanced DER management,

* Unlocking low carbon transport potential,

* Introduce self-healing network characteristics.

The Prior Information Notice was published in OJEU in October 2016 and anticipated that the award criteria would be 60 % in respect of quality and 40 % in respect of cost. Following further consideration, the University has adjusted the weightings to 70 % for quality and 30 % for cost, given the critical importance of quality to the success of the SEND project.

The form of contract to be utilised will be the FIDIC Silver Book First Edition 1999 as will be amended by the University as specified in the procurement documents.

  • 1