13 June 2017, 10:25
The agreement paves the way for the two service companies representing 18 TSOs from 15 European countries (Austria, Belgium, Croatia, Czech Republic, Denmark, Italy, France, Germany, Hungary, the Netherlands, Poland, Portugal, Slovenia, Switzerland, and the United Kingdom) to further enhance coordination at a regional level.
“TSCNET has already worked closely with Coreso, and I’m delighted to further strengthen our partnership,” said Siem Bruijns, Managing Director at TSCNET Services. “The agreement greatly increases our potential for positive outcomes for security and efficiency of the power system in Europe. It is essential to make the best use of generation facilities, and to establish a framework through which we can more easily collaborate and share information.”
The CEO of Coreso, Jean-François Gahungu, explained: “The role of Regional Security Coordinators is to provide coordination services to Transmission System Operators. Therefore, the establishment of this partnership is an important milestone. Indeed, it will enable an efficient cooperation between our two companies and will contribute to enhance the services we provide to TSOs to help them maintaining the operational security of the electricity system. As our on-going commitment is to always improve our coordination services, I am convinced this partnership will constitute a good way to foster efficiency.”
Europe’s RSC model
The European energy system is characterised by a steadily growing share of renewable energies. The situation necessitates a deep coordination between operators facilitated by RSCs. As an essential feature of the European power system, RSCs enable TSOs to better identify threats to secure system operations and to adjust measures to mitigate these risks. Coreso and TSCNET Services were the first RSCs set up. By the end of 2017, the whole European grid should be covered by a total of six RSCs.
RSCs perform services for the TSOs, such as operational planning security analysis, outage planning coordination, coordinated capacity calculation, short-term and very short-term adequacy forecasts, and a common grid model with hourly updates. The RSCs’ work increases efficiency in system operation, minimises risks of wide area events, such as brownouts or blackouts, and lower costs through maximised availability of transmission capacity to market participants.