BSC Changes impacting a SVA Meter Operator Agent
This page shows which Modifications and Change Proposals have been identified as impacting a SVA Meter Operator Agent. Please note that the assessment of where impacts may affect certain roles within the electricity market may be amended during the course of the Change process.
P375 ‘Settlement of Secondary BM Units using metering behind the site Boundary Point’
P375 will allow Metering Equipment situated ‘behind’ the defined Boundary Point to be used for Settlement purposes in place of the Boundary Point Meter. Primarily, this will allow balancing-related services on-site from smaller assets to be separated from current imbalance-related activities, more accurately reflecting the balancing-energy volumes provided by the Balancing Service Provider (BSP).
P437 ‘Allowing non-BSC Parties to request Metering Dispensations’
This Modification proposes to introduce a provision in Section L ‘Metering’ to allow the relevant Meter Operator Agent to apply for Metering Dispensations on behalf of a non-BSC Party.
CP1567 ‘New BSC Procedure (BSCP) for Assurance Information Requests (AIRs)’
The AIR is a Performance Assurance Technique (PAT) which was introduced in May 2022. Currently there is no related BSCP for an AIR, therefore when issuing an AIR, there is no written obligation on Parties to adhere to the request.
CP1572 ‘Specifying the requirements to provide SLDs for HV and EHV sites’
Currently there is no requirement in the BSC to produce SLDs despite a number of BSC processes requiring one to be submitted. Without the requirement to produce SLDs being specified, some Parties have not felt incentivised to create them.
CP1574 ‘Improving the use of the D0215 data flow in the relevant industry processes’
This CP seeks to implement the recommendation from the Issue 99 Workgroup, which involves updating Balancing and Settlement Code Procedure (BSCP) 515 ‘Licensed Distribution’ and the Retail Energy Code (REC) Meter Operator Schedule 14 documents to streamline the use of the D0215 flow in its associated processes.