C280 (2027) Supply Low Voltage Cable Jointing Systems

Tender description

Northern Ireland Electricity Networks Limited (NIE Networks) intends to establish a framework arrangement under which it shall appoint suppliers to enter into separate framework agreements for C280 (2027) Supply Low Voltage Cable Jointing Systems. It is anticipated that each framework agreement awarded will be for a period of five (5) years with an option, exercisable entirely at the discretion of the contracting authority and subject to the terms of the framework agreement, to extend by a further optional period of up to three (3) years, with a total potential duration of eight (8) years. NIE Networks estimates that the total spend under framework agreements could be up to £15.5 million over the total potential eight-year duration. Therefore, NIE Networks is conducting a Preliminary Market Engagement (PME) supplier information event to gather insights from the market before initiating a procurement process for Contract C280 (2027) Supply Low Voltage Cable Jointing Systems. This engagement aims to assess the market's interest and capabilities in delivering Contract C280 (2027), identify potential solutions and develop an effective procurement strategy. NIE Networks anticipates an ongoing requirement for resin compounds, insulation compounds, joint shells and complete low voltage cable jointing systems. Through this engagement, NIE Networks also wishes to understand developments within the market and identify any innovative products, technologies or approaches that could provide additional benefits in areas such as safety, reliability, installation efficiency, sustainability and security of supply. NIE Networks currently utilises a range of Low Voltage Cable Jointing Systems across its distribution network. While these products will continue to form a core part of operational requirements, NIE Networks is keen to engage with the market to understand emerging technologies, product developments and best practices that may complement or enhance existing solutions.