The project addresses National Grid's challenges in efficiently engineering substations due to the absence of standardized templates aligned with IEC61850 technical reports 90-30 and 7-6, along with limited experience with Basic Application Profiles (BAPs). By exploring and testing BAP concepts, the project aims to develop machine-readable BAP templates in SCL format, enhancing substation engineering efficiency and reliability while integrating advanced technologies. A key innovation is a smart interface that enables users to select appropriate BAPs for specific substation designs. Utilizing the Helinks STS tool, the project will automate the creation and integration of these templates, modernizing energy infrastructure and supporting a more resilient and sustainable energy system. Successful execution could set a benchmark for future engineering practices within National Grid and the industry.

Benefits

The project offers significant benefits by enhancing the efficiency and reliability of substation engineering. By implementing BAPs in a machine-readable SCL format, the project streamlines the design process, reduces engineering time, and minimizes errors. There is an opportunity to deliver savings from standardised design which reduces external design cost, internal design assurance cost, benefits from faster commissioning through use of digital substation technology etc. This leads to faster deployment of substations, ultimately improving the reliability of electricity supply. This fits well with National Grid’s plan to install a number of digital substations over the coming few years. This project will support a quicker engineering process.​ For consumers, these advancements can result in lower energy costs and a more resilient energy infrastructure, supporting the transition to cleaner energy sources and enhancing overall service quality.