The European associations of distribution (DSO) and transmission system operators (TSO) are publishing today a set of general guidelines on how to reinforce cooperation across the two categories of power networks.
DSO/TSO cooperation is becoming acutely important as the European electricity system moves towards a more renewables-based system, decentralised generation and the involvement of increasingly active customers.
The general guidelines released today set the basis for ongoing and future cooperation between DSOs and TSOs on data management, active/reactive power management, and coordinated network development planning.
Source: website Cedec.
03 09 2015
The final conference of theEuropean North Sea Energy Alliance, an EU-backed conference on the future of energy in Europe, was held in Edinburgh beginning of September. The two-day event – the first of its kind – attracted the interest of experts and delegates from across the globe. The current and future challenges which Energy Systems Integration requires to address at regional, inter-regional and international scales were presented and debated. Through practical and themed workshops an inter-sectoral ESI Agenda for the Future was developed. Scottish Renewables ran the event.
Using regions around the North Sea as a test-bed, the conference’s Scottish organisers have been working with partners from Norway, Germany, the Netherlands and Denmark to explore how we make better use of our energy systems – electricity, heat and transport – to serve homes, business and public buildings.
Director of Policy Jenny Hogan told how changes in the way we live and work, and a desire to save money and cut carbon emissions, mean new ways of delivering the energy we use must be developed. She said: “Political events are changing the European energy landscape and have led to a new focus on getting secure, safe supplies of energy for the continent, while moving away from fossil fuels.”
“Adapting our energy systems and networks to become smarter and greener could solve so many of the problems we currently face as our lives become more dependent on harder-to-source energy. For example, allowing communities to produce their own electricity and biofuel, then use it to power their homes and cars, reduces the burden on both the electricity grid and takes tankers off the road network. Household batteries which store energy from rooftop solar panels and then use it to power an electric car similarly reduces the pressure on our national electricity grid and puts the consumer in charge of their own energy supply.”
“Spare electricity produced by a wind turbine can be used to create hydrogen gas, which can be stored and later used to power hydrogen buses.” On a grander scale, decommissioned oil and gas infrastructure can be repurposed and used for carbon capture and storage projects, reducing the carbon emissions from fossil fuel power stations. The opportunities which appear when we break down the barriers we’ve traditionally placed on energy are enormous.”
19 06 2015
18th of June triple-helix stakeholders presented their views on the ongoing energy transition in the North Sea region. Representatives from appealing public-and private organisations as well as knowledge institutes elaborated on key step changes required to tackle bottlenecks in the current energy transition in North-Western Europe.
During this pragmatic conference high-level speakers explained their views on short- and long-term cooperation opportunities based on Energy System Integration thinking and reflect on the effectiveness of existing and future EU energy policy.
Energy transition in the North Sea Region
The North Sea Region has all the important variables in place to speed up the ongoing north-western European energy transition and become an example region for a truly effective energy transition, unparalleled in the world. Effective triple-helix cooperation, supported through pragmatic EU policy can make a significant contribution to realising and surpassing our Energy Union challenges.
Energy System Integration
The ongoing energy transition will push public and private stakeholders to take new roles in the changing energy system. Energy System Integration provides a methodology for organising these processes efficiently on a regional, national and international level. In this process, demand driven knowledge development (based on integrated energy system thinking) will allow knowledge institutions and private stakeholders to respond cooperatively to opportunities and bottlenecks – often with technological, legal and/or economic characteristics.
During the 4rd Sino-German Energy Conference on ‘Underground clean energy systems and CCUS the University of Sichuan and ENSEA, representing the partners in Germany, Norway, Scotland and the Netherlands, signed a Memorandum of Understanding. The development of cultural and scientific cooperation is considered to be an advantage for both parties. Also the cooperation in energy research and development, especially in the area of System integration of renewable energy will be reinforced.
CO2 emission in China increased from 2500 Mt in 1991 to 10000 Mt in 2013, thus making China the world largest CO2 emitting country, while Germany, with 760 Mt per year, the largest emitter in Europe.
Both countries are together responsible for approximately 31.2% of the total CO2 global emission (29 and 2.2% for China and Germany, respectively). From a global point of view, CCS Technology in cooperation with China (68% primary energy consumption of carbon) could significantly contribute to environmental protection. Both countries plan to reduce CO2 emissions in spite of the continuous growth. Germany wants to reduce its emission by 40% until 2020 and China’s target is to reduce its carbon intensity by 40 to 45% till 2020 compared with the 2005 level.
Although to date China possesses only 6 natural gas stor-ages in porous media with a working gas volume of 1.0 Billion m3 in operation, it also owns 14 storages of natural gas in salt caverns with a working gas volume of approx. 380 Mio. m3 belong to a subproject of the famous West-East Pipeline Project consisting of exploitation and leaching caverns in Jintan (located between Shanghai and Nanjin). China will catch up significantly with Germany’s working gas volume within the next years. With regard to the third phase of the strategic oil reserves as well as the rapid rise of petroleum usage, China is compelled to construct much more storages of crude oil and natural gas than Germany in the foreseeable future.
11 05 2015
The Seventh Lower Saxony Energy Days take place from we would like you to 7 days at the Lower Saxony Energy 08./09 . October 2013 point in Goslar. The Energy Days are aligned since 2007 under the auspices of the Lower Saxony Ministry of Economic Affairs, Science, Environment and Agriculture in cooperation with the Lower Saxony State Chancellery , industry partners and the Energy Research Centre of Lower Saxony .
The event aims to bring together experts from politics , administration, economics , science and society , to promote transdisciplinary dialogue necessary for the Energy Transition . It took place in the last year before a record crowd of 300 visitors from home and abroad instead . The conference theme this year is
” Sustainable energy supply – an illusion or alternative ? ”
As part of the opening plenary on 08 October 2014, speaker of the Lower Saxony state policy , the European and Chinese energy policy , assessed from the energy and industry and from academia from their respective views as to whether a sustainable energy supply is illusory or alternative.
To be content recess on October 09 , five parallel technical forums on the subjects of
• On the way to sustainable mobility
• The electricity of the future
• Efficient energy supply in production processes : Green thinking meets the black
• Sustainable energy systems with heat and gas
• Function options of the citizen in the social transformation of the energy transition
The complete conference program, we will send you shortly. More information can be found on the Internet at www.energietage – niedersachsen.de .
28 01 2015
The North Sea Commission (NSC) is a cooperation platform for regions around the North Sea and has 5 themes they focus on, one of those themes is Energy and Climate Change.
In October the members gathered for a meeting on the North Sea Grid. Tomorrow, 29th January, the stakeholdermeeting in cooperation with DG Mare in Edinburgh takes place. Both ENSEA and NSC are envolved in this meeting. A short interview with Paulien Kooistra.
As an advisor of the Energy and Climate Change working group, Paulien Kooistra is the linking pin between several platforms (ENTSOE, CPMR, projects and the regional representatives of the group) and projects like ENSEA in the North Sea Region.
Paulien: “ENSEA became involved in the North Sea Commission through the coastal provinces of the Netherlands already being a member of the NSC. Another connection was made in Norway where Camilla Loevaas Stavnes was involved in both ENSEA and NSC.”
The NSC has various themes they focus on. You participate in the Energy and Climate change group. What is the main focus of the group? Paulien explains: “The energy and climate change group of the NSC focusses on developing energy related project ideas. Offshore wind and the North Sea Energy Grid, and Smart cities and regions are some of the fields the group addresses.”
During the meeting in October the North Sea Grid was one of the subjects addressed. Paulien emphasizes: “A development strategy for the North Sea region is an ideal platform. Both for the debate reliable essay writing service on and delivery of an E.U. wide integrated energy and climate change strategy.” The heart being the North Sea Energy grid.
In future the NSC is aiming for a wide range of project development in the fields of tidal, blue and wave energy, clean shipping, LNG for ships, trucks and trains. Paulien rounds up by inviting those interested to join the annual conference: “To get an idea of our aims the NSC will organize study visits to some of those or similar projects in Transport and to Energising Deltas (Afsluitdijk in the Netherlands).”
Want to learn more or become a member of the North Sea Commission? Send an email to Paulien Kooistra: Kooistra@energyvalley.nl or visit the website of the North Sea Commission.
The North of the Netherlands and Northern Germany have a strong competitive edge when it comes to energy and cleantech. Many SME’s and knowledge institutions however are having a hard time finding each other. They would create strong partnerships, but lack the mechanisms to properly connect. Very usable innovations are not being realized or are having a hard time to reach the market. The Energy Voucher (or E-voucher) helps entrepreneurs with innovative products and ideas to move forward.
SME’s are the key to innovation. However they sometimes need some support to launch new products and services. That is why the Energy Valley foundation, in cooperation with the Province of Groningen and the Landkreis Aurich are developing a cross border voucher system. With this voucher entrepreneurs in the Eems Dollard region can invest in knowledge or help to make their final move towards the market, quickly and without too many regulations. The pilot with the vouchers will start early 2015.
“A real entrepreneur will undoubtedly ask: how much money can I get?”, Robbin van der Linde, project manager European projects at the Energy Foundation, states. “This will range from 2.500 to 5.000 euro for further development of innovative ideas. Alternatively, a company can request a larger voucher up to 9.000 euro for advanced technical assistance, testing or market application.” Fighting money as Van der Linde describes it.
Approaching new markets
Van der Linde describes what entrepreneurs can do with this money: “In Drenthe there are many companies in the field of sensor technology. Their solutions could be used in developing intelligent energy system solutions, but in the Netherlands we are not as far advanced in this field as in Germany. For those potential products there is no market yet. The aim is towork across borders, but it can be difficult for entrepreneurs to make that move.” With a voucher they can for instance obtain knowledge at a knowledge institute that knows how it works and they can be supported by someone that understands their potential and helps them to move towards the new potential market.
The European Union supports the project from the European Fund for Regional Development through the Interreg IVa Nederland-Deutschland program. Brussels is aiming at cross border cooperation and strongly supports innovative SME’s. That is why this union between the border regions is very important. On both sides of the Dutch-German border there is a lot of knowledge in the field of energy which is not yet being shared and which does not always reach the markets. The pilot for a larger voucher scheme will start early 2015 and should lead to cooperation between SME’s in energy and knowledge institutions.
Help from knowledge institutes
Within the E-voucher project SME-companies can use a voucher to get help from regional knowledge institutes and use demonstration and test facilities with a 65% to 80% subsidy. “As a guiding line the entrepreneur is requested to search for cooperation or support with across the border”.
An E-voucher can be spent on research and projects that:
- Are aimed at energy and clean tech: power-to-gas, biogas, hydrogen, LNG, accumulators, decentralised energy use or production, energy storage, wind energy, water power, the development of services in the field energy savings, monitoring etcetera;
- Are innovative;
- Have market potential and contribute to the turnover of the company;
- Are preferably crossing borders.
Two kinds of vouchers are available:
- Small vouchers up to 5.000 euro. These are intended to solve theoretical problems and answer any question an entrepreneur might have. This could be research into the current technical status, literature research, a feasibility study or consulting an expert.
- Larger vouchers for 9.000 euro. These are meant for prototype development, experiments, demonstrations and measurements.
For more information:
28 01 2015
A broad energy consortium has been studying the possibilities Power2Gas can offer to our energy system. To finalise the research project Energy Valley together with Topconsortia Knowledge and Innovation Gas (TKI Gas) have organised a workshop during the latest Energy Convention in Groningen. On the 18th of November 100 guests from predominantly the business community came to Martini Plaza in Groningen to hear about the role of Power2Gas in the future Dutch energy system.
This high level study focuses on the future role of Power2Gas. The workshop also addressed future opportunities and challenges for Power2Gas as a system technology. Power2Gas (often abbreviated P2G) is a technology that converts electrical power to a gaseous fuel. It uses electricity to split water into hydrogen and oxygen by means of electrolysis.
Transport and industry
Two projects will likely be realised in 2016: Delfzijl and Attero Wijster. In Delfzijl Torrgas, Siemens, Stedin, Gasunie, A.Hak, Hanzehogeschool/EnTranCe, Groningen Seaports and Energy Valley intent to construct a 12 Megawatt Power2Gas facility in Delfzijl (The Netherlands). Here syngas from the Torrgas biocoal-gasifier will be upgraded with hydrogen from electrolysis and delivered to nearby industrial consumers. Attero expects to realize a P2G installation in cooperation with PON and Audi and focuses on the production of SNG for mobility.
By using this sustainably produced www.custom-papers-online.com syngas a large step forward has been taken to make the chemical industry more sustainable. Besides this, Power2Gas-technology can be used as a solution for any temporary surplus from wind and solar energy. The installations that are being built in the Energy Valley region are not only the first in the Netherlands, but also the largest of their kind – considerably bigger than existing Power2Gas initiatives in Germany for example.
Knowledge and experience
The Delfzijl project is unique in its use of oxygen from electrolyses in the gasification process of Torrgas. In most other Power2Gas-projects sustainable oxygen is not being used. The Power2Gas installation in Delfzijl presents a significant advancement in research into this scaling process and will offer the Netherlands and the Northern Provinces important knowledge about and experience in the total integration of the Power2Gas concept in industry and the national power supply.
Storage of sustainable energy
With the rise of solar and wind energy, with a variable output , there is a need to balance and manage the supply and demand of energy. By the transfer to hydrogen and eventually green gas, green energy can be stored in the gas infrastructure where it will find its way to users.
This way the gas infrastructure will be used as a huge storage medium and help to ensure that all energy, which can be produced with sustainable solar panels and wind turbines is actually being used.
Power to Gas in the Energy Valley
Energy Valley sees many opportunities for Power2Gas in the region. There is a growing need for links between Power2Gas concepts and the production of sustainable energy from wind turbines, solar energy and biomass. The electrical energy can be transformed to hydrogen-gas and oxygen-gas. This sustainable hydrogen can be used directly in the industry or in mobility (for example buses that drive on hydrogen). In the Energy Valley region these concepts can be demonstrated and realized very well in industry parks such as Chemiepark Delfzijl and the Energietransitiepark Midden-Drenthe.
28 01 2015
The ENSEA project has come to the point that triple helix partners from other regions around the North Sea can be involved in project development and can participate in different thematic Working Groups within ENSEA. We are happy to announce the involvement of the North Jutland region as an Associated Partner. A short interview with Morten Lemvigh, Head of Office, of North Denmark Region and Eskild Holm-Nielsen, Dean of the Faculty of Engineering and Science of AAU Esjberg on how they got involved with with ENSEA and about their expectations of the Associated Partnership.
Energy Vision answers to ENSEA questions
The invitation to applying for associated partnership in ENSEA came from Stavanger University with whom Aalborg University has an increasing number of collaborations. The applicant was North Jutland energy platform, EnergyVision, on behalf of the North Denmark Region, North Jutland municipalities, Aalborg University, and North Jutland companies as well as AAU Esbjerg.
Indicating the main area of interest where the North Denmark region and ENSEA connect Morten Lemvigh says: “As a regional authority, energy system integration is a key to achieving two converging goals: the movement towards a smarter and greener energy system and the promotion of business within the field. Both aspects are currently highly prioritized at a strategic level in North Denmark and will be even more so in the future.” He continues: “Furthermore, it is apparent that steps towards the smart energy system of the future must be seen in a trans-regional context just as business development may obtain crucial R&D fertilization from exchange of knowledge and ideas with partners from our adjacent countries and regions in the North Sea Region.”
Eskild Holm-Nielsen mentioned that participation in ENSEA gives Aalborg University the opportunity to further intensify the collaboration with partners in the North Sea Region. He states: “At a concrete level, AAU hopes to become part of a successful platform for projects and partnerships within many of the thematic work groups of ENSEA. These thematic areas include: North Sea Power Ring, Sustainable Communities, Research & Education. Many of these activities may involve our campus in Esbjerg.”
Asking about the expectations of the associated partnership with ENSEA Morten Lemvigh replies: “As a means to achieving these overall targets, the North Denmark Region hopes to accelerate triple-helix based collaboration between SME’s, authorities, and research institutions within the region as well as between regions. Participation in ENSEA is thus a very promising tool because North Denmark already has strong traditions of collaboration within most of the thematic focus areas covered by ENSEA. We are very hopeful that these strengths may be increased by our engagement in the efforts of ENSEA to form an alliance around the North Sea through specific projects.”
Eskild Holm-Nielsen says: “Based on the invitations for collaborations we have received so far (having been an associated partner for only a short period), we see this as an excellent opportunity to engage in projects with the right scope and quality addressing important challenges of today and of the future.”
Also interested in becoming an Associated Partner? Download the factsheet ENSEA – Associated Partner – Information for interested third parties with more information and on how to get in touch.
The triple helix consortium partners cooperating within the ENSEA project share a common vision with respect to how a secure, clean and efficient future north sea energy system can be developed, while building on strong regional competencies.
ENSEA studies have indicated that regions located around the North Sea basin poses similar yet often highly complementary expertise when it comes to energy and renewable energy technology.
Additionally, and under influence of low pragmatic European energy and innovation policies, these regions have developed energy- and smart specialisation strategies that have driven research and innovation activities over the last years in similar ways. As a consequence, regional innovation infrastructures (e.g. technical facilities, entrepreneurial support services, financial facilities) and business networks have developed in comparable ways.
Although the development of a resilient energy system is often thought to be a top-down process driven by strongly coordinated strategies at EU and national level, ENSEA partners see significant opportunities to speed up this transition process by supporting necessary innovations on important technologies that currently slow-down our energy transition. Considering our main energy challenges within the North Sea region and our need for further integration of renewable energy technologies with existing energy production capacities, infrastructures etc. these so called “key enabling innovations” often lie at the intersection of multiple disciplines and traditional value-chains.
In the coming period, the ENSEA working group for innovation will focus on setting up highly pragmatic services that allow entrepreneurs from different regional business networks, with different but synergetic skills and competencies to cooperate with each other across regional and national borders. In doing so, entrepreneurs will be taking advantage of new opportunities offered to them by access to new innovation infrastructures (knowledge, test and demonstration facilities, living labs, funding etc.) and ultimately, long lasting business opportunities. In this way ENSEA will not only facilitate the development of technological and non-technological innovations so drastically needed, the increased links between specialised skills and knowledge will lead to new interdisciplinary value chains that can provide the North Sea region with new job opportunities and economic growth.
As a first step towards this goal Dutch project partner Energy Valley, has participated in a benchmarking exercise where cluster management practices, offered services, connection to innovation infrastructures etc. where analysed.
Providing a sound basis for further pragmatic innovation support for energy related entrepreneurs, the benchmarking exercise awarded Energy Valley with a bronze label for cluster management “striving for cluster excellence”. Project partners from Scotland and Northern Germany have detailed plans to further implement these benchmarking activities in their organizations, as a basis to further align their regional innovation infrastructures and develop pragmatic support services that will help entrepreneurs to take advantage of innovation and business opportunities in the wider North Sea region.
Together, ENSEA partners wish to establish an “interregional cluster of energy excellence” where our bottom-up organized cooperation on key energy innovations can make a significant contribution to the development of a secure, clean and efficient North Sea energy system. When we will achieve this, we will be a leading example for interregional cooperation in the world.