Europex fully supports the EU target design for balancing energy markets, including the implementation of cross-border marginal pricing.
Bidding zones are a fundamental part of the electricity market design in Europe. Adequate attention must be paid to the development of alternative bidding zone configurations as well as their assessment.
To ensure that the policy objectives set out in the Green Deal get delivered at least cost and that the EU’s internal market principles are upheld, State Aid rules need to find the right balance between supporting decarbonisation projects and minimising distortion of competition and trade in the Internal Energy Market.
We believe that a 2030 energy system that can meet these challenges must be characterised by undistorted and freely forming price signals from the energy market, efficient use of within-zone and cross-zonal transmission to balance supply and demand locally and regionally as well as increased use of storage and flexibility on the demand side.
Independent Aggregators (IAs) have the potential to provide an additional means of accessing the market for small producers and end consumers, including prosumers, small-scale RES
The Capacity Allocation & Congestion Management (CACM) Guideline provides a vital set of rules for the operation of cross-border electricity markets and sets the basis
Europex does not see adequate justification to extend the HAR Article 59 compensation caps to LTTR remuneration during decoupling events.
Europex appreciates ENTSO-E’s efforts to trigger a constructive debate on market design and has provided input on selected questions. Significant volumes of RES-E are already
Europex welcomes this opportunity to respond to ACER’s public consultation on cross-zonal capacity allocation methodologies for Hansa, Core, and Baltic CRRs. Regarding the timeframe, we
Europex welcomes the opportunity to comment on this joint TSO and NRA consultation on the so-called ‘block bids’ approach to LTTR allocation. We provide below
Rue Archimède 44
1000 Brussels
Belgium
