Energy Plans
2
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description
Briefly the Smart Systems
Transcript of Energy Plans
E-EnergyWorking towards an energy internet
www.e-energy.de
Innovationpolicy, information society,telecommunication
Publishing details
PublisherBundesministerium fürWirtschaftund TechnologieReferat Öffentlichkeitsarbeit10115 Berlinwww.bmwi.de
Design and productionLoeschHundLiepold Kommunika-tion GmbH,München
PhotosFotolia (title)
PrintingMüllerdruck GmbH&Co. KG,Mannheim
StatusApril 2009
The model regions funded Concomitant research by order ofthe BMWi (German Federal Ministryof Economics and Technology)
Overall management and coordinationLudwigKarg, B.A.U.M. Consult GmbHGotzinger Str. 48/50, 81371 MünchenE-mail: [email protected]
Knowledge management and evaluationDr. ThomasHagen, incowiaGmbHAlbert-Einstein-Str. 3, 98693 IlmenauE-mail: [email protected]
Documentation and transferJanLiepold, LoeschHundLiepoldKommunikationGmbHLindwurmstraße 124, 80337 MünchenE-mail: [email protected]
Scientific consultancyProf. Dr. ThomasHartkopf, Technische UniversitätDarmstadt, Institut für Elektrische Energiesysteme,Fachgebiet Regenerative EnergienLandgraf-Georg-Str. 4, 64283 Darmstadt
Prof.Dr.ManfredBroy,Technische Universität MünchenLehrstuhl für Software & Systems EngineeringBoltzmannstr. 3, 85748 Garching bei München
eTelligence (model region of Cuxhaven)Dr.WolframKrause, EWE AktiengesellschaftAbteilung Forschung und Entwicklung (FE)Tirpitzstraße 39, 26122 OldenburgE-mail: [email protected]
E-DeMa (model region of Rhein-Ruhr)Prof. Dr.Michael Laskowski,RWE Energy AGRheinlanddamm 24, 44139 DortmundE-mail: [email protected]
MEREGIO (model region of Baden-Württemberg)HellmuthFrey, EnBWEnergie Baden-Württemberg AGDurlacher Allee 93, 76131 KarlsruheE-mail: [email protected]/de/meregio.php
Model city of Mannheim (model region ofRhein-Neckar)AndreasKießling,MVV Energie AGTechnologie & InnovationLuisenring 49, 68159 MannheimE-mail: [email protected]
RegModHarz (regenerative model region of Harz)RegionaleKontaktstelle RegModHarzKirchplatz 241a, 38836 DardesheimE-mail: [email protected]
Smart Watts (model region of Aachen)AndréQuadt,utilicount GmbH& Co. KGGrüner Weg 1, 52070 AachenE-mail: [email protected]
E-Energy is an integrated economic andinnovative energy and climate programme.
E-Energy: ICT-based energy systemof the future
Its objectives are:3 Tocontributetosolvingenergyandclimateprob-
lems through the transition to smart generation –smart grid – smart consumption – smart storage
3 To createnew jobs andopenupnewmarketsthrough the digital organisation of technicaloperating and business processes
3 To speed innovative progress by creating multi-disciplinary structures
3 E-Energy constitutes a paradigmshift in theelectricity industryWith future electricity systems, which will be sig-nificantly more focused on weather-dependentenergy sources such as solar and wind power thantoday’s systems, it will not be possible to upholdthe currently prevailing unidirectional paradigmof “consumer-oriented electricity generation”. Thisis why ICT solutions for a bidirectional system are tobe created in the E-Energy model regions. In thesesolutions, “generation-oriented consumption” willbe implemented for the first time alongside“ con-sumer-oriented generation” in practical application.
E-Energy combines all energy-sectorprocesses inasingle intelligent real time-interaction system.
E-Energy is a launch pad forelectromobility
With the aim of stepping up and intensifying the neces-sary R&D work, the BMWi has initiated the E-Energytechnology programme, which will run for a 4-year termand receive an overall budget of some € 140 million.Example solutions for an energy internet will be set upin six model regions for the first time. It is hoped thatthe solutions will quickly have a sweeping bandwagoneffect and trigger follow-up investments. The aim hereis to create a smart electricity system, which will exten-sively control itself and in which all energy-sector pro-cesses are optimally adapted to one another.
E-Energy is a key tool for themodernisationof theelectricity sector
Adevelopment initiative by theGerman FederalMinistry of Economics andTechnology (BMWi),implemented in collaborationwith theGermanFederal EnvironmentMinistry (BMU)
The growing demand for energy, the scarcity of rawmaterials and climate change are raising new problemswhich today's electricity systems cannot cope with.New integral system solutions are called for, in whichinformation and communication technologies (ICTs)will play a key role.
Smartgeneration
Smartgrids
Smartstorage
Smartconsumption
Smart control through thereal-time networking of all
system components
Interdisciplinary technologies:Digital collection, processing and networking of data
Marketplace technologies Operating technologies
R
With its new ICT solutions, E-Energy lays the basis forthe intelligent integration of electric vehicles in theoverall power supply systems of the future.
With electric vehicles, the precise time at whichthe battery is charged is irrelevant. The important thingis that it has been charged by the time the vehicle isnext used. Electric cars can register their current posi-tion, how much energy the battery still has and at whattime it must be charged to a specific level, via the energyinternet. And if the car is not in use, the battery can beused to buffer energy to compensate for the irregularavailability of renewable energies.
E-Energy is the launch pad for electromobility in Germany
E-Energy is a key element in the implementation of thenational electromobility development plan. It pavesthe way for the spread of electromobility across Ger-many. With E-Energy as a “launch pad” and with “IKTfor Electromobility” as a new focus for funding, theBMWi is supporting the necessary application-orien-ted research.
“The efficiency of power grids in Germany is to beenhanced through the use of modern informationtechnologies and the integration of electric vehicles”(Key point, National Electromobility Development Plan)
Optimum integra-tion of all value-added processeswith the aid of ICTs
