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    Kom.EMS for standardised energy management

    Energy agencies of the German Federal States of Baden-Württemberg, Saxony, Saxony-Anhalt and Thuringia have developed a tool under the name KOM.EMS for establishing and operating an energy management system for municipal administrations. The tool aids in evaluating, optimising and perpetuating energy management. The online tool was unveiled to the public on 13 September.  more...
     

    New Energy Research Programme published

    The German cabinet has passed the new, 7th “Innovations for Energy Transition” Energy Research Programme. The programme replaces its predecessor from 2011. Content-wise, the programme builds on the successes of recent years, sets new courses and defines focal points for research funding and innovation policy in the energy sector. For the years 2018-2022, the German Government is budgeting 6.4 billion euros for energy research.  more...
     
    News 31.07.2018

    Hydrogen for the urban energy transition

    A new, almost climate-neutral urban district is being built on the site of a former freight yard in Esslingen. Over a period of five years, scientists in the planned Neue Weststadt district are experimenting with an innovative energy supply concept with which electricity surpluses from intermittent renewable energies will be converted into hydrogen, stored and, if necessary, returned to the grid. The district will also serve as a real-world laboratory for the system-supportive coupling of the heating, cooling, electricity and mobility sectors.  more...
     
    News 26.07.2018

    National 5G Energy Hub project launched

    Last week, TU Dresden officially launched the long-term National 5G Energy Hub research project. This is aimed at making the future 5G mobile standard usable for applications in energy technology. Project partners are TU Dresden in cooperation with RWTH Aachen, Deutsche Telekom and Ericsson. In addition, the associated partners Techem, VDZ, E.ON and the city of Dresden are also involved.  more...
     

    Grid-supportive buildings and districts

    The expansion of renewable energies requires increasingly flexible, complementary power generation as well as flexibilisation of the electricity demand from consumers. In addition to traditional electricity-to-electricity storage systems and flexible power plants, buildings can also play an important role in shifting electricity demand.  more...
     

    Network-neutral energy-plus district Geretsried

    Researchers at Munich University of Applied Sciences and TU Dresden have developed an innovative energy concept for an energy-plus district, which is to be implemented in the “Neue Mitte” of Geretsried (Bavaria) by the end of 2019. The concept combines the utilisation of different energy technologies with the goal of electrical network neutrality, i.e. maximising own coverage of electricity requirements and own use of the generated electricity.  more...
     
    News 05.06.2018

    Testing climate-neutral districts in the real-world laboratory

    How can energy efficiency measures and the utilisation of renewable energy sources enable districts to get by with virtually no fossil fuel? How can smart networking of power, heat and mobility be achieved? Scientists and other stakeholders are investigating these questions in six flagship projects. Initial results and local challenges were outlined by the research teams in a panel discussion at the Berliner Energietage conference.  more...
     

    Smart Green Tower becomes an energy producer

    The Smart Green Tower is being built in the city of Freiburg. The 51-metre-high building will provide living, residential and working space. Depending on the solar radiation, a building envelope made of photovoltaic modules generates more energy via the photovoltaic system than can be consumed directly. In order to utilise the surplus electricity, the designers are using a flexible internal energy storage system with lithium-ion batteries.  more...
     

    Adapting chlorine production to the electricity supply

    The chemical industry is the second largest consumer of electricity within German industry. Using the example of energy-intensive chlorine-alkali electrolysis, scientists are now investigating to what extent this process can contribute to managing loads in the power grid. To achieve this the production needs to be adapted to the intermittent electricity supply.  more...
     

    Smart Grid at favourable cost

    The same technology for decades keeping street lights illuminated has the potential to motivate power consumers and decentralised generators to adopt system-friendly behaviours. The Fraunhofer Institute for Solar Energy Systems (ISE) has investigated how dynamic power tariffs can be transmitted based on ripple control technology together with project partners. Investigations involved sending electricity market prices across the regional power grid using tariff switching times.  more...
     

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Events

22.11.2018 - 24.11.2018
Hamburg

GET Nord
26.11.2018 - 27.11.2018
Berlin

dena-Kongress
21.01.2019 - 22.01.2019
Berlin

Kraftstoffe der Zukunft 2019

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