Connected Island
Live ProjectReferenceNumber: NIA_SPEN_0095 Status: Live StartDate: 2024-04-01T00:00:00Z EndDate: 2024-12-31T00:00:00Z OwnerNetwork: SP Energy Networks Distribution TechnologyAreas: ["Asset Management","Distributed Generation","Low Carbon Generation"] FundingMechanisms: ["NIA RIIO-2"] StrategyThemes: ["Net zero and the energy system transition"] Connected Island Status: Live Project Reference Number: NIA_SPEN_0095 STRATEGY THEME: Net zero and the energy system transition START DATE: Apr 2024 END DATE: Dec 2024 Contact Lead Network Project summary Funding Licensee(s): SPEN-D - SP Energy Networks Distribution Funding mechanism: NIA_RIIO-2 Technology: Asset Management Distributed Generation Low Carbon Generation Expenditure: £196,000 Third Party Collaborators: Ricardo Share project Save to my account Summary Documents This project will support the strategic improvement and evolvement of the planning and connections process to meet net zero in a timely and cost-effective manner. The current connection process has been identified as being over-subscribed, representing a bottleneck. To achieve the Net Zero targets of the country, it is considered necessary to support the development, implementation and connection of low carbon technologies onto the electricity network. This project will be a feasibility study, and would look to investigate, develop and trial new technical and procedural issues associated with connection applications for new developments. It will help maximise potential additional distributed generation on the grid by implementing a "smart island" microgrid for a specified network community. Export and import capacity requirements would be reduced, compared to a standard firm connection. Benefits Merits: Simplifying community connections and reducing the costs and lengthy application windows associated with network reinforcement. Improve queue management and supporting the roll-out of low carbon solutions. The project will enable the prompt introduction of numerous low-carbon technologies at scale within a self-managed network, without the requirement for major grid reinforcement. The connections queue can be efficiently managed to ensure the above benefit can be realised Faster and cheaper network transformation can occur Learnings throughout are captured and used to promote a BaU design and connection application process Benefits - This project will support the business strategy to: Develop a Net-Zero network and support the transition to DSO by enhancing our connections service Transition from service provider to partner by supporting communities achieve Net Zero transition Prepare the business for a sustainable and digital future by supporting the development of Microgrids View Project as PDF Select all Title Date modified Document type NIA Project Registration and PEA Document 2024-10-02 4_42 (61.1 KB) 2024-10-02 2024-10-02 pdf NIA Project Registration and PEA Document 2024-03-29 12_15 (61.2 KB) 2024-03-29 2024-03-29 pdf Download