| A review of active network/smart grid trial design and existing relevant active network management trials and pilot programs |
Overview of Network Flexibility Trial Design for CLNR |
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| This document presents the trial analysis results for the CLNR industrial and commercial customer demand side response trials. |
CLNR Trial Analysis: I&C DSR for Powerflow Management |
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| CLNR trial analysis document examining RTTR for power transformers |
CLNR Trial Analysis: RTTR for Secondary Transformers |
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| The work detailed in this report has been conducted using the models of Mortimer Road, Denwick HV network and Wooler Bridge LV network to evaluate the capability of these networks to accommodate low carbon technologies following deployment of tapchanging HV/LV transformers. |
CLNR Trial Analysis: Tapchanging Secondary Transformer Automonous and GUS Voltage Control |
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| The report details findings from the HV and EHV overhead line RTTR trials from the Customer-Led Network project. |
CLNR Trial Analysis: EHV and HV for Real Time Thermal Rating Trials |
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| This document describes the approach, methods and functionality of the NPADDS prototype |
NPADDS Prototype Functionality and Benefits Case |
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| This document details the requirements of a Business As Usual (BAU) ready version of the NPADDS software tool that was prototyped as part of the CLNR project. |
NPADDS Enduring Specification |
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| Operational guidance and training requirements associated with the trial of battery Electrical Energy Storage systems |
Operational Guidance and Training Requirements: Electrical Energy Storage Systems |
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| Operational guidance and training requirements associated with the trial of secondary transformers equipped with an integral on load tap changer. |
Operational Guidance and Training Requirements: Trials of Secondary Transformers with Integral OLTC |
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| Operational guidance and training requirements associated with network trials using the Grand Unified Scheme (GUS) |
Operational Guidance and Training Requirements: Grand Unified Scheme (GUS) |
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| The following report is a detailed breakdown of costs attributed to the design, modification and installation of the voltage control systems applied across the Northern Powergrid network. |
Cost Analysis Report: Enhanced Automatic Voltage Control |
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| The following report is a detailed breakdown of costs attributed to the design, modification and installation of the active network management system that has been configured for the CLNR project named GUS (Grand Unified Scheme). |
Costs Analysis Report: Grand Unified Scheme (GUS) |
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| This report is a detailed breakdown of costs attributed to the design, modification and installation of thermal monitoring systems deployed for the CLNR project |
Costs Analysis Report: Real Time Thermal Rating |
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| This report shows a breakdown of the costs attributed to the fleet of battery systems as deployed at six of Northern Powergrid's substations on the CLNR project. |
Cost Analysis Report: Electrical Energy Storage |
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| This report details findings from the underground cable RTTR trials carried out as part of the CLNR project |
CLNR Trial Analysis: Real Time Thermal Rating for Underground Cables |
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| A link to the Energy Storage Operator Forum's Good Practice Guide on Electrical Energy Storage, features contributions from the CLNR project |
ESOF Good Practice Guide on Electrical Energy Storage |
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| This document details work conducted using the IPSA2 models of the Denwick network to evaluate the capability of the Denwick network in accommodating low carbon technologies following the deployment of EES2 and EES3 (100kVA,/200kWh & 50kVA/100kWh). This has been achieved using validated network models and a combination of real and synthesised load and generation data. |
CLNR Trial Analysis: EES2 and EES3 + GUS Powerflow Management |
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| A technical recommendation from the CLNR project for the purchase of Enhanced Automatic Voltage Control for HV-LV systems |
Technical recommendation for the purchase of EAVC for HV-LV systems |
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| A technical recommendation from the CLNR project for the purchase of Enhanced Automatic Voltage Control for HV systems |
Technical recommendation for the purchase of EAVC for HV systems |
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| A technical recommendation from the CLNR project for the purchase of Electrical Energy Storage systems |
Technical recommendation for the purchase of Electrical Energy Storge systems |
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