GAZ-SYSTEM and NET4GAS are launching a public consultation on the incremental capacity project on the border between Poland and the Czech republic

Photo of the article In accordance with Chapter V, Article 27 Commission Regulation (EU) 2017/459 of 16 March 2017 establishing a network code on capacity allocation mechanisms GAZ-SYSTEM in cooperation with NET4GAS launches public consultations for incremental capacity project on the border between Poland and the Czech Republic.
The incremental capacity project proposal was prepared by the TSOs during the design phase started on 21 October 2019 in response to non-binding demand indications received from the market duringthe process of Market Demand Assessment conducted from 1 July until 26 August 2019.
The document includes among others: a description of the incremental capacity project, including a proposed technical solution, estimated costs, timelines, offer level for bundled capacity product and terms and conditions of participation and access to incremental capacity during the yearly capacity auction in July 2021.
Interested system users are asked to send comments on the draft project proposal of the incremental capacity project on the border between Poland and the Czech Republic and the accompanying general terms and conditions for participating in the incremental capacity auction, to the e-mail address incremental@gaz-system.pl until 13 February 2020.
Download:
Consultation document on Draft project proposal for the incremental capacity project on the border between Poland and the Czech Republic 
General terms and conditions of participation in and access to capacity in the binding phase of allocation of incremental capacity – document prepared by GAZ-SYSTEM
General terms and conditions of participation in and access to capacity in the binding phase of allocation of incremental capacity – document prepared by NET4GAS

More information:
Demand assessment report for incremental capacity between the Polish gas transmission system and the Czech gas transmission system.