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Network Code on HVDC Connections (HVDC)

​​​​​​The Network Code on High Voltage Direct Current Connections (NC HVDC) will specify requirements for long distance DC connections, links between different synchronous areas and DC-connected Power Park Modules, such as offshore wind farms, which are becoming increasingly prominent in the European electricity system.

This is a relatively new area in which fewer standards or grid codes exist, making a pan-European approach particularly beneficial. Following on from the Network Code on Requirements for Generators and the Demand Connection Code, the NC HVDC will build on the same foundations, to create a consistent and complete set of connection codes. ​

     

Latest Status Update (September 2016)

In October 2015, Member States gathered in comitology voted positively on the new HVDC code. On 26 August 2016 it has been published in the Official Journal of the EU.

The code and all the related documents can be downloaded from the links in the table below. An overview of the latest developments for all network codes is available.

Read the HVDC Regulation

The network codes have been developed to help realise Europe's three energy policy goals – of ensuring security of supply; creating a competitive Internal Electricity Market; and decarbonising the electricity sector. For this to happen the network codes need to be implemented and complied with across Europe.

Each network requires a series of steps to be taken before they can enter into force. This might be national decisions, the conclusion of regional agreements or the creation of more detailed methodologies. All market participants, DSOs, TSOs and regulators will be involved and there will be extensive development work and consultation required.

The connection related network codes employ a flexible framework, which allow some values to be set on a national basis, within ranges specified in the network codes, while other issues are tackled on a pan European basis. This approach reflects the fact that electricity transmission infrastructure has developed differently in many European countries.

Stakeholder Engagement

ENTSO-E’s stakeholder engagement for the development of the NC HVDC is comprise of Public Stakeholder Workshops, User Group Meetings as well as ad-hoc meetings and exchange of views with any interested party as appropriate. The HVDC User Group, which was constituted after an open call in early-2013, is a key forum for continuous interaction with stakeholders to ensure that issues are communicated and shared in an efficient manner throughout the development of the HVDC code. All material, including minutes and presentations from meetings is public.

Public Stakeholder Workshops

 

Date

Workshop

Minutes

Documents

04/12/13

2nd

Agenda
Presentations

23/05/13

1st

Minutes

Agenda
Presentations

User Group Meetings

Date

Meeting

Minutes

Documents

​10/03/14​5th ​MinutesNC HVDC Working Draft
Presentations
​15/01/14​4th ​MinutesPresentations

12/09/13

3rd

Minutes

NC HVDC Working Draft
Presentations

11/06/13

2nd

Minutes

Stakeholder input received
Presentations

12/03/13

1st

Minutes

Presentations

Bilateral Stakeholder Meetings

​Date​Stakeholder(s)​Documents
​22/01/14​Eurelectric & VGBMinutes

Related Documents and Links

Date

Documents

​26/08/16EC Regulation 2016/1447 (EU) 2016/1447 of 26 August 2016 establishing a network code on requirements for grid connection of high voltage direct current systems and direct current-connected power park modules
​30/04/14Draft Network Code on HVDC Connections
​30/04/14NC HVDC – Frequently Asked Questions
​30/04/14NC HVDC – Requirement Outlines
​30/04/14NC HVDC – Explanatory Note
​30/04/14NC HVDC – Evaluation of Comments
​30/04/14ENTSO-E Letter to ACER

07/05/13

NC HVDC Preliminary Scope

07/05/13

Call for Stakeholder Input

29/04/13

EC mandate letter for the development of an NC HVDC 

30/01/13

Open letter to initiate HVDC User Group and Terms of Reference

20/07/12

ACER’s Framework Guidelines on Electricity Grid Connections

Factsheet on HVDC code and technology