| A technical recommendation from the CLNR project for the purchase of overhead line Real Time Thermal Rating systems |
Technical recommendation for the purchase of overhead line RTTR systems |
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| A technical recommendation from the CLNR project for the purchase of Real Time Thermal Rating systems for transformers |
Technical recommendation for the purchase of RTTR for transformers |
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| A technical recommendation from the CLNR project for the purchase of underground cable Real Time Thermal Rating systems |
Technical recommendation for the purchase of underground cable RTTR systems |
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| This document outlines how DSR should be procured and deployed by Northern Powergrid as part of Business as Usual (BaU) activities. |
Application Guide: CLNR Demand Side Response Trials |
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| This work detailed in this document is conducted using the IPSA2 models of the Denwick network to evaluate the capability of Hedgeley Moor Mechanically Switched Capacitor Bank in accommodating low carbon technologies following the deployment of the GUS Active Network Management system |
CLNR Trial Analysis: Capacitor Bank Autonomous and Single + GUS Voltage Control |
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| This report describes the results of demand side response (DSR) trials carried out with a test group of 6 large industrial and commercial (I & C) customers located throughout the Northern Powergrid region which were called as part of Customer-Led Network Revolution (CLNR) project |
CLNR Trial Analysis: I&C Demand Side Response + GUS Voltage Control |
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| This document describes how RTTR devices were installed on overhead lines for the CLNR project |
OHL Real Time Thermal Rating Installation Guide |
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| This report discusses the learning gained from the Spring 2014 demand side response (DSR) trials with industrial and commercial (I&C) customers in the Customer-Led Network Revolution project. |
Report on CLNR Industrial & Commercial Demand Side Response Trials |
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| This report presents a comprehensive overview of lessons learned during the installation & integration of Real Time Thermal Rating devices for the CLNR project. |
Lessons Learned Report: Real Time Thermal Rating |
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| This report presents a comprehensive overview of lessons learned during the installation, implementation & commissioning of Enhanced Automatic Voltage Control for the CLNR project |
Lessons Learned Report: Enhanced Automatic Voltage Control |
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| This document is a guide to a comprehensive range of training packages produced for the CLNR project |
A Guide to the CLNR Training Packages |
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| This downloadable presentation focuses on Real Time Thermal Rating for overhead lines and forms part of a comprehensive training package produced for the CLNR project |
Training Package: Real Time Thermal Rating for Overhead Lines |
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| This downloadable presentation focuses on Enhanced Automatic Voltage Control and forms part of a comprehensive training package produced for the CLNR project |
Training Package: Enhanced Automatic Voltage Control |
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| This downloadable presentation focuses on the Active Network Management platform developed for the project GUS and forms part of a comprehensive training package produced for CLNR |
Training Package: Active Network Management |
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| This downloadable presentation focuses on Real Time Thermal Rating for underground cables and forms part of a comprehensive training package produced for the CLNR project |
Training Package: Real Time Thermal Rating Underground Cables |
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| This downloadable presentation focuses on Electrical Energy Storage and forms part of a comprehensive training package produced for the CLNR project |
Training Package: Electrical Energy Storage |
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| This downloadable presentation focuses on Real Time Thermal Rating for transformers and forms part of a comprehensive training package produced for the CLNR project |
Training Package: Real Time Thermal Rating for Transformers |
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| This downloadable presentation focuses on Demand Side Response and forms part of a comprehensive training package produced for the CLNR project |
Training Package: Demand Side Response |
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| The work detailed in this document is the post-trial analysis of the Electrical Energy Storage system EES 2, a 100kVA/200kWh device |
CLNR Trial Analysis: Electrical Energy Storage (100kVA/200kWh) Powerflow Management |
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| The work detailed in this document is the post-trial analysis of the Electrical Energy Storage system EES1, a 2.5MVA, 5MWh facility |
CLNR Trial Analysis: Electrical Energy Storage (2.5MVA/5MWh) Powerflow Management |
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