ELES and Renault cooperate in e-mobility project

09.08.2019

“Demonstration of User-Friendly E-Vehicle Charging Solutions for Promoting Mass Use of E-Vehicles in Europe – INCIT-EV” is the somewhat lengthy but therefore very precise and apposite name of a research project conceived by TSCNET shareholder ELES together with 32 international partners. Probably the most prominent cooperation partner of the Slovenian transmission system operator (TSO) is the French multinational automobile manufacturer Renault, but the Italian automotive industry is also actively involved.

The core objective of the project, funded by the EU with around €15m under the framework of the Horizon 2020 programme, is the utilisation of advanced charging infrastructures and technologies and the development of corresponding business models. INCIT-EV is designed in line with the concept of the “E8 E-Vehicle Mass Charging Infrastructure” developed by ELES, which strives to make charging as simple, intuitive, and user-friendly as possible. The aim of the TSO is to extend the Slovenian E8 concept to the European level. The project partners also use neuroscientific techniques to adapt the development of the technology to the unconscious preferences and subjective expectations of e-car users.

ELES and Renault cooperate in e-mobility project (picture: ELES)

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> See ELES press release, in Slovenian (html)

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TenneT on track for the energy transition

31.07.2019

Highly satisfactory business results and maintenance of the high level of 99.99% security of supply, are hallmarks of the half year report of the Dutch-German TSCNET shareholder Tennet. The latter is a growing challenge for the transmission system operator (TSO) because of the increased feed-in of volatile renewable energy. But above all, the report illustrates the commitment of the TSO to the European energy transition.

To take further steps in shaping the energy system of the future, TenneT has launched a series of strategic initiatives and partnerships to join forces across sectors. TenneT is participating in a German power-to-gas pilot project and is working together with regional grid operators and market partners on smart solutions to optimise the use of existing electricity infrastructure. The TSO is also involved in blockchain pilots to create flexibility for balancing the power system from decentralised sources.

TenneT has further strengthened its position as a leading offshore TSO. In Germany, TenneT has awarded DolWin 5, the 14th offshore grid connection. TenneT will increase its current offshore transmission capacity from 6,232MW in the German North Sea to almost 9GW by 2024. In the Netherlands, too, the development of the offshore grid with the Borssele Alpha and Beta projects is on schedule. TenneT intends to provide a total of 10.6GW of connection capacity for Dutch offshore wind farms by 2030. The TSO is also carrying out several onshore projects to ensure the transport of the growing amount of green electricity and thus security of supply in its control areas. Important interconnecting projects are the NordLink cable connection, which is currently being built to directly link the German and Norwegian markets for the first time. The COBRAcable between the Netherlands and Denmark has “landed” at the Dutch shore and will go into operation this year.

These developments are complemented by solid and impressive figures: Underlying operating result (EBIT) rose from €362m (first half of 2018) to €407m in the first half of 2019. €1,094m (first half of 2018: €904m) were invested in the Dutch and German high-voltage grids (of which €612m in Germany) and a total of €1.75bn green bonds were successfully issued. Manon van Beek, CEO of TenneT, comments on the report: “We have embarked on an irreversible transition to a sustainable society and a new energy system. This requires investments, not only in new electricity connections, but also in innovations and digitalisation. We have to move to holistic energy system thinking and also work on solutions to make better use of the existing high-voltage grids. We are convinced that this is the way forward to limit social costs and at the same time maintain a very high security of supply.”

TenneT presents its half year report 2019 (picture: TenneT)

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> See TenneT press release (html)
> Open Half year report 2019 (pdf, 803kb)

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Regional Coordination Centre for South-East Europe

18.07.2019

The three transmission system operators (TSOs) of the South-East Europe Capacity Calculation Region (CCR) – TSCNET shareholder Transelectrica from Romania, ESO from Bulgaria and IPTO from Greece – have signed a memorandum of understanding (MoU) on establishing a Regional Coordination Centre (RCC). The memorandum emphasises the ambition of the TSOs to strengthen regional cooperation and thus contribute to the safety and efficiency of the European transmission system.

The agreement provides a cooperation framework between the three contracting parties with the common objective of finding a mutually acceptable solution for the implementation of an RCC on the principle of meeting the requirements of the Third European Energy Package and the Clean Energy for all Europeans Package as efficiently, effectively and timely as possible. The MoU sets a time frame for the core decisions. The SEE capacity calculator is to be determined as early as 4 August 2019 and the necessary documents for the founding of the RCC are to be signed by the end of the year.

The three TSOs of the South-East Europe CCR have signed a MoU on establishing an RCC (picture of the “New Europe Bridge” connecting Romania and Bulgaria across the Danube by Erich Westendarp, Pixabay).

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> See ENTSO-E press release (html)

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RSC conference 2019 in Copenhagen

11.07.2019

To speak of a tradition may be somewhat exaggerated in view of the third Regional Security Coordinator (RSC) Conference, but nevertheless the annual meetings on European transmission security coordination are already considered a significant contribution to the overall system security on the continent. TSCNET Services, the Munich-based RSC, had the honour of hosting the first RSC conference called “ElSeC” (Electricity Security Coordination) in 2017. In 2018, the baton was passed on to the Belgian RSC Coreso, which organised “Power Coordination Europe” in Brussels.

This year, the colleagues of Nordic RSC invite you to Copenhagen to the RSC Conference 2019, which has the motto: “Act locally, coordinate regionally, think European”. The event takes place on 8 October at the Crowne Plaza Hotel in Copenhagen, which is in the same building that also houses Nordic RSC’s offices, the Copenhagen Towers. “RSC 2019” is co-organised by the European Network of Transmission System Operators for Electricity (ENTSO-E) with the other four European RSCs – Baltic RSC, Coreso, SCC, and TSCNET Services – functioning as co-hosts. Registration for the RSC Conference 2019 is now open!

Since as many interesting and relevant topics as possible should be dealt with, there are parallel sessions in addition to the general panel discussions. The topics address concrete action perspectives for transmission system operators (TSOs) and RSCs as well as broader issues of security coordination in Europe, such as: “The Green Transition: The reason for change and innovation in TSOs”, “Enhanced TSO coordination for Europe”, “Ensuring the right competences in an RSC perspective”, “Critical Grid Situation Communication” or “Efficient markets support operational security”.

Among the speakers are Joachim Vanzetta, Director System Control at the German TSO and TSCNET shareholder Amprion, and Laurent Schmitt, Secretary General of ENTSO-E. Maik Neubauer, one of the two managing directors of TSCNET Services, will talk about “RSC Complexities and Future Challenges”, i.e. the complex challenges faced by RSCs in the ongoing implementation of services, in cooperation between the different RSCs and in adapting and integrating changes from the EU “Clean Energy for all Europeans Package”.

The RSC Conference 2019 on electricity security coordination takes place on 8 October 2019 in Copenhagen (picture: varsbergsrolands/pixabay)

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> Visit RSC Conference 2019 website (html, with access to registration)

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Wind power hub promotes climate goals

10.07.2019

It’s only been a good three years since TSCNET shareholder TenneT, the Dutch-German transmission system operator (TSO), first presented the concept of a North Sea Wind Power Hub (NSWPH) to the public. From then on, the vision has taken concrete shape and the hub consortium has been consistently expanded, now including further TSCNET shareholder Energinet from Denmark, the port of Rotterdam and the Dutch natural gas company Gasunie, as power-to-gas applications are an important component of the concept.

In future years, when large wind regions in the North Sea are defined for development, it will be possible to implement several hubs to support the energy transmission infrastructure. These NSWPHs will then combine generation, storage and transmission of wind energy with a multinational interconnection of North Sea riparian states and thus promote the large-scale implementation and integration of offshore wind energy. The NSWPH partners have now presented the results of the project assessment phase. In recent months, they not only analysed options for the construction of wind farms in the North Sea, but also conducted a large number of studies, examined various scenarios and held intensive discussions with policy makers, leading offshore developers and non-governmental organisations.

The studies and investigations have confirmed the technical and economic feasibility of the hub concept. Furthermore, they have shown that large offshore wind capacities must be developed in the North Sea in order to achieve the goals of the Paris Climate Convention in due time. The targeted capacities range from 70 to 150GW by 2040 and up to 180GW by 2045. Depending on the scope of development, the NSWPH could lay the foundation to supply hundreds of millions of Europeans with green electricity. To take the concept forward, the Danish, Dutch and German governments as well as the European Commission are invited by the NSWPH consortium to consider setting up a consultation.

Studies confirm the climate benefits of the North Sea Wind Power Hub concept (picture: TenneT)

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> See TenneT press release (html)
> Visit North Sea Wind Power Hub website (html)

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Consultation on risk preparedness regulation

09.07.2019

The European Parliament adopted the “Clean Energy for All Europeans Package” (CEP) on 26 March 2019, which was then formally approved by the relevant EU ministers. On 4 July, the CEP finally came into force, introducing new laws on EU electricity trading, including the “Regulation 2019/941 on risk-preparedness in the electricity sector”. This Regulation requires the European Network of Transmission System Operators for Electricity (ENTSO-E) to develop the methodology to identify regional scenarios for electricity crises within six months of its implementation.

ENTSO-E has now prepared proposals for the “Methodology for identification of electricity crisis scenarios at a regional level” and the “Methodology for short term and seasonal adequacy assessment”. In order to receive input from stakeholders, ENTSO-E has launched a public consultation on these methodology propositions. The consultation is open until 8 October 2019 and ENTSO-E will also host a webinar on the risk preparedness methodologies on 5 September from 10 a.m. to 12 noon.

ENTSO-E opens consultation on EU Risk Preparedness Regulation

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> See ENTSO-E press release (html)
> Direct access to ENTSO-E consultation (html)
> Open webinar registration site (html)
> See EU Regulation at EUR-Lex (html)

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TSO offshore connections are most cost-effective

26.06.2019

In most European countries with offshore wind farms, the respective transmission system operators (TSOs) are responsible for connecting these offshore facilities to the onshore grid, which they also operate. The TSCNET shareholders affected by this arrangement include the north-eastern German TSO 50Hertz, the Danish TSO Energinet and the Dutch-German TSO TenneT. But obviously this handling is not the only one possible. In the UK, for instance, the developer of the particular offshore wind farm is also responsible for its grid connection.

In concrete terms, this means that in the UK the offshore grid connection after its completion is sold to commercial investors and a so-called OFTO (Offshore Transport Owner) is established. But which model, the TSO model or the OFTO model, causes the lowest costs for consumers and thus for society?

The internationally accredited registrar and the world’s largest classification society, DNV GL, has investigated this question in more detail. The main outcomes of this study are that in the OFTO system the costs for the development of offshore connections are significantly higher than in Denmark and the Netherlands. In contrast, the Levelised Cost of Energy (LCOE) of the Dutch and Danish offshore connections is significantly lower. The LCOE assesses the average total cost of constructing and operating an energy generating asset over its lifetime divided by its total energy output over that lifetime.

DNV GL has documented lower costs for the TSO connection of offshore wind farms than for the OFTO solution (illustration of Borssele Alpha: TenneT)

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> See TenneT news release (html)
> Open DNV-GL report (pdf, 453.83kb)

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Imminent test operation for COBRAcable

24.06.2019

COBRAcable, the first direct interconnection between the electricity markets of Denmark and the Netherlands, is a joint project of the two TSCNET shareholders Energinet, the Danish transmission system operator (TSO), and TenneT, the Dutch-German TSO. Since spring, the partner TSOs have been preparing the commercial operation of COBRAcable. TenneT and Energinet have now launched an Urgent Market Messages (UMM) site for the commissioning of COBRAcable, which is scheduled to take place between 3 July 2019 and 6 September 2019.

A total of around 30 individual tests with different energy charges in the respective transport directions are planned. It is expected that the full capacity of COBRAcable will be available for the day ahead and intraday markets from 7 September. TenneT and Energinet then will offer financial transmission rights on COBRAcable at monthly and annual auctions. The first auction is expected to take place after a full month of stable operation, so probably the auction for November 2019, which will be held in October.

By promoting the exchange of surplus wind energy, COBRAcable will improve the cohesion of the European transmission system and the integration of the electricity market. It will also make a sustainable contribution to the low carbon energy future by allowing future offshore wind farms in the North Sea to be hooked up to the DC interconnector.

Energinet and Tennet will carry out individual tests of COBRAcable as of 3 July (picture: screenshot taken from TenneT video “COBRAcable Cable Pull Fano Denmark Film”, YouTube)

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> See Energinet press release (html)
> Visit REMIT UMM site (html)

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Romanian legislation promotes energy infrastructure

21.06.2019

In Romania, a new law adopted by President Klaus Iohannis on 20 June facilitates nationally important extensions to the transmission system infrastructure. The act promotes the implementation of important investment projects for Romania’s energy security, the construction of overhead lines and compliance with time limits for projects with European financing.

The Romanian transmission system operator (TSO) and TSCNET shareholder Transelectrica expressly welcomes the new legislation. Marius Dănuţ Carașol, chairman of the Transelectrica Directorate, highlights the positive effects on the TSO’s expansion efforts, for example by reducing bureaucratic obstacles.

New Romanian legislation facilitates grid extension (picture showing the Parliament building in Romania’s capital Bucharest: Mari Ana / Pixabay)

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> See Transelectrica press release, in Romanian (html)

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ENTSO-E Statistical Fact Sheet 2018

17.06.2019

The most important facts and figures on the European power system have been compiled by the European Network of Transmission System Operators for Electricity (ENTSO-E) and published in the “Statistical Fact Sheet 2018”. This latest edition of ENTSO-E’s annual data publication contains consolidated data compared to the ENTSO-E Transparency Platform including the generation mix in the countries of the ENTSO-E member transmission system operators (TSOs), the highest and lowest hourly load values and a map of the physical energy flows.

ENTSO-E has released the “Statistical Fact Sheet 2018” with the most important facts and figures on Europe’s power system (picture: collage using images from the fact sheet)

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> Open ENTSO/E fact sheet (pdf, 1.79MB)
> Visit ENTSO-E transparency platform, html

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