HEGRID Hybrid Energy GRID Management
EIT ICT LABS HEGRID 2013 -2014 TNO TNO, Siemens, KIT, Deutsche Telekom, UT, TU/e, VTT, CWI
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Doel en verwachte resultaten Doel: realiseren van een Open Hybrid Energy Management Framework (hybrid: elektriciteit, gas en thermische energie) waarmee partijen zoals DSO’s en energie leveranciers hybride energieproposities kunnen leveren. Verwachte resultaten: – Realisatie prototype geïntegreerd energie mgt systeem: HEGRID Platform 3.0, integratie PowerMatcher, (TNO, TU/e) ABEM (CWI), TRIANA (UT) – Use-cases, zowel huishoudens als commercieel – Simulatieomgeving (VTT), Technologie (KIT), Deployment (DT) – Uitwerking business model voor DSO (Alliander); oa kwantificatie – 2013: PoC; 2014: Pilot-ready; 2015: marktintroductie
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Bijdrage aan het realiseren van de ambities van TKI S2SG?
HEGRID realiseert Open Hybrid Energy Mgt Framework (elec + gas + heat) TKI programmalijn – Diensten en producten/Virtuele Infra Eindresultaat ondersteunt partijen bij het aanbieden van hybride energieproposities
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Bijdrage aan het realiseren van de ambities van TKI S2SG? Matchen vraag en aanbod - De belangrijkste KPI van HEGRID is hybride flexibiliteit
Informatie diensten- Interactie tussen markt en fysieke infra
Viable Business modellen/ Standaarden
Andere KPI is reducing (system) costs (investments)
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Wat is de rol / inbreng van het project daarbij? (tijdens én na project) • Integratie van ‘’losse’’ energie mgt systemen • Realisatie van Open Hybride Framework • Ontwikkelen levensvatbare business modellen Resulterend in een prototype voor succesvolle integratie hybride energie mgt. Project is binnen EIT ICT Labs aangemerkt al High Impact Initiative 5
Contactgegevens project • TNO
George Huitema/Mente Konsman A: Eemsgolaan 3, Groningen T: 088-866 77 36 E: {george.huitema, mente.konsman}@tno.nl
• Website : http://www.eitictlabs.eu/home/
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HEGRID Hybrid Energy GRID Management Project objective 2013: Hybrid Energy Grid Management (HEGRID) focuses on realizing a prototype multicommodity (electricity, gas and thermal energy) energy management framework. This framework enables interoperability of a variety of energy management approaches and devices. The basis of HEGRID will be formed by the Open Energy Management Framework: an operational platform that supports multiple smart grid approaches for the electric grid. This base platform will be extended to support gas and thermal grids as well. It will also feature a coordination mechanism that can make intelligent decisions across commodities (e.g. how to make the best use of a CHP that uses gas to produce heat and electricity). Multi-commodity energy management is largely unexplored territory, but is an important step to increase the efficiency, flexibility and stability of the combined grids. The project addresses essential challenges posed by the "Energy transition" to incorporate more energy generated from renewable sources. 2014: To build an interoperable hybrid energy management platform that aims for optimized use of multiple commodities for smart cities, built environment and small industrial sites. Thus bringing together smart energy ecosystems. This management framework will service retailers, DSOs and ESCOs in achieving a coordinated balance of electricity, gas and heat flows. 7
HEGRID Hybrid Energy GRID Management Added Value 2013: The change in energy systems is forced by different governments all over the world and especially Europe. Thus, this change concerns all members of our society. Tackling future energy problems requires us to make changes now where ever it is possible. The open framework for interoperability and integration of energy systems forms an area where more research needs to be done. If successful, there will be quite some potential for the development of new services utilizing the open framework for interoperability of EMS across different types of energy grids. The valorisation potential will be quantified further within this activity by exploring use cases both from a household and an industrial/commercial point of view. 2014: Added value will be achieved by delivering a working prototype of an energy management framework for multi-commodity energy grids. This framework will manage multi-commodity devices such as CHP's, constantly determining their energetic flexibility. The energetic flexibility is expressed in a generic and standardized way. It can be exploited by energy apps which run on top of the framework (analogous to apps on Android or IOS). An example would be peak shaving. 3 energy apps will be developed.
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