THE ENERGY CLUSTER FOR SAXONY

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1 The cluster is supported by the Free State of Saxony. THE ENERGY CLUSTER FOR SAXONY The energy cluster ENERGY SAXONY brings together relevant actors from industry and science which are bundling their capacities and know-how to promote the development and marketing of innovative solutions for sustainable energy technologies.

2 Challenge Energy System of the Future Key characteristics: Sustainable, secure and affordable energy supply Complex interaction between established and new technologies Holistic approach including energy production, storage, and grid integration

3 Activity Fields Energy Saxony Production Storage Grid Integration Materials Recycling Processes/ Technologies Components Systems

4 Objectives, Activity Fields and Measures Objectives Activity Fields Measures Realization of innovative solutions for SUSTAINABLE ENERGY TECHNOLOGIES Conversion of innovative technologies into NEW PRODUCTS AND SERVICES Strengthening of SAXONY S POSITION AS ENERGY STATE ENERGY DIALOGUE Moderated process of discussion on the energy transition process and future technologies INNOVATION Initiation of joint R&D projects, innovation and project management, funding application support MARKETING Communication concept, trade fair participation Implementation of an ENERGY DISCUSSION PLATFORM Provision of solutions for the ENERGY TRANSITION PROCESS Development of IDEAS AND VISIONS

5 Added Value for Energy Saxony Members Innovation R&D consortium projects/project partners Symposia/Project support Collaboration in working groups Sales Promotion/ Internationalisation Customers/Partners Delegations in target countries/ trade fair presence Market launch programmes Visibility/ Marketing Energy cluster with critical mass Public relations Representation of interests towards political actors Education Professionals Advanced training, e.g. Summer School Vocational training and university education

6 Working Group Activities Regulatory Parametres and Business Models Resources and Recycling Energy Solutions for Buildings and SMART CITIES Energy-efficient Production Storage and Network Services Heat and Cold

7 Initiation and Coordination of Pilot and Funding Projects First ene.field fuel cell in Saxony Inauguration by Minister of State (a.d.) Sven Morlok,

8 Initiation and Coordination of Pilot and Funding Projects Commissioning of sunfire s Power-to-Liquids system with the Federal Research Minister, Prof. Wanka, 14 th Nov nd Consortia Meeting of the SINTEG project WindNODE in Berlin on 27 th Jan ENERGY SAXONY as part of the WindNODE consortium applies for funding within the Showcase Programme "Smart Energy - Digital Agenda for the Energy Transition (SINTEG) launched by the Federal Ministry for Economic Affairs and Energy.

9 Public Relations and Marketing Video shooting at the German Entrepreneurs Day 2015 in Leipzig

10 Organisation of Events, Conferences and Trade Fair Stands Joint ENERGY SAXONY stand at the E-world energy & water 2016 ENERGY SAXONY SUMMIT 2016 at the International Congress Center Dresden ENERGY SAXONY at the 3rd Dresden Conference "Energy in Future" 2015 Joint ENERGY SAXONY stand at the Hannover Fair 2016

11 Networking and Assistance in Finding Cooperation Partners Energy Transfer Event at the TU Bergakademie Freiberg - Science meets Industry, Joint workshop with the "Saxon Real Estate and Construction Management, Public Company,

12 Competencies of our Members Batteries Consulting and Services Calculation and Simulation Education and Research Fuel Cells Energy Supply Building and Production Technology Cold and Heat Technology Combined Heat & Power- Generation Power-to-gas Recycling

13 Batteries Development and production of batteries as well as their integration into energy systems Research in materials and production technologies Development and distribution of highly complex traction batteries for hybrid and electric vehicles based on lithium-ion technology Production of electrodes and ceramic separators for lithium-ion battery cells Simulation of the physical behavior of batteries Integration into hybrid energy systems

14 Calculation and Simulation Software and analyses for energy systems Software and engineering for the simulation of physical systems Model analyses of large and complex energy systems, e.g. for the efficient and economic integration of renewable energy sources, storage devices, and electric mobility Software for grid calculations used by energy suppliers to evaluate the integration of renewable energy plants Software development for systems for energy generation, conversion and storage

15 Fuel Cells Fuel cell technologies with versatile applications Research, development and production of high-temperature fuel cells (SOFC technology) Stationary fuel cell power plants (MCFC technology) PEM fuel cell heating systems for buildings Fuel cell stacks for mobile applications Testing systems für SOFC Power electronic for the real-time monitoring of fuel cells Small refuelling systems for hydrogen cartridges

16 Energy Supply Technologies for the supply of electricity, gas, and heat Research, development and engineering of photovoltaic systems Regional supply of electricity, gas and district heat Transport and underground storage of natural gas and biogas Energy supply solutions incl. biomass or storage systems Technology for the energetic use of low-temperature heat

17 Building Services and Production Engineering Plant engineering and production of energy technology Research and development for resource-efficient production and airconditioning and refrigeration systems Technical building management, energy management Plant and mechanical engineering Production of fluorescent lamps, LED and vacuum tubes for solar thermal power systems

18 Refrigeration and Heat Technology Technologies and products for the generation and storage of heat and cold Research regarding resource-efficient air-conditioning and refrigeration systems as well as combustion, thermo-process and energy technology Development and production of vacuum tube collectors Technology for the energetic use of low-temperature heat, e.g. for the use of industrial process waste heat Development and production of technical textiles for heat storage

19 Power-to-Gas Research and plants for power-to-gas Research regarding power-to-gas technologies for the production of hydrogen and methane Systems for the production of renewable, synthetic fuels (e.g. methane gas, diesel, kerosene) based on electricity generated from renewable sources Material and systems development for the generation and storage of hydrogen

20 Recycling Technologies for the recycling of a variety of materials Recycling of picture tubes (CPT) as well as of electronic waste High voltage pulse technology for the comminution and separation of different materials Manufacture and recycling of sawing slurry for the wafer production in the photovoltaic and semiconductor industry Energetic and material use of biomass as a contribution to the energy system

21 Contacts The cluster is supported by the Free State of Saxony Cluster Management: LUKAS ROHLEDER Managing Director Energy Saxony e.v. Antje Zehm Project Coordinator Energy Saxony e.v. CHRISTIANE DEMMLER Project Assistant Energy Saxony e.v Executive Chairmen: CHRISTIAN VON OLSHAUSEN sunfire GmbH DR. CHRISTIAN WUNDERLICH Fraunhofer IKTS Energy Saxony e.v. Kramergasse Dresden info@energy-saxony.net

22 JOIN US We are looking forward to your collaboration in the established working groups and welcome any new proposals you may have on other energy-relevant initiatives! Energy Saxony e.v. Kramergasse Dresden info@energy-saxony.net

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