Delivering a safe, resilient and responsive network

DSO and Flexibility

NIA SSEPD 0013 Network Resilient Zone Utilising Standby Generation – Feasibility Study

Key Activities

The proposal is to explore alternative ways of improving the resilience of supply to remote communities by undertaking a feasibility study on the viability for the village community at Arinagour on the Island of Coll to have a back up source of supply in the form of a standby generator.

Expected Outcomes

The delivery of a study which determines the viability of options to improve network resilience to a remote village community by the provision of standby generation.

Funding

£26,000

Start/End Date

July 2015 – February 2016

Project Manager

Colin Mathieson

Additional Resource

NIA SSEPD 0013 : Network Resilient Zone Utilising Standby Generation – Feasibility Study : ENA Smarter Networks Portal

NIA Project Registration and PEA Document – NIA SSEPD 0013 Network Resilient Zone Utilising Standby Generation – Feasibility Study

NIA Project Registration and PEA Document – NIA SSEPD 0013 Network Resilient Zone Utilising Standby Generation – Feasibility Study

AuthorColin Mathieson

Publication dateJuly 2015

Change Request – NIA SSEPD 0013 Network Resilient Zone Utilising Standby Generation – Feasibility Study

Change Request – NIA SSEPD 0013 Network Resilient Zone Utilising Standby Generation – Feasibility Study

AuthorColin Mathieson

Publication dateNovember 2015

NIA SSEPD 0013 Smarter Grid Solutions Report

NIA SSEPD 0013 Smarter Grid Solutions Report

Publication dateJuly 2016

NIA Project Closedown Report – NIA SSEPD 0013 Network Resilient Zone Utilising Standby Generation – Feasibility Study

NIA Project Closedown Report – NIA SSEPD 0013 Network Resilient Zone Utilising Standby Generation – Feasibility Study

AuthorColin Mathieson

Publication dateJuly 2016