Projects

renergy mobility UG is one of the initiating and driving partners for the following projects:

• Via Azul Europe 10 Electro Mobility and the Energy Vector Hydrogen
  
  Is a comprehensive synergy initiative, to enable the European Mobility on Renewable Energy, while fulfilling the innovation:
  'Move electrical energy to the POS - NOT fuels!'.
  The initiative provides several proposals for solution approaches, following the Thesis: Electro Mobility and the Energy Vector Hydrogen, as well about corresponding solution proposals.
  Contacts have been established with national and international key players, like providers of energy and storage/fuelling technologies as well as electric and Fuel Cell vehicles.
  The innovative key solution approaches of the initiative have been presented and discussed at various events with experts from the EU in Brussels and beyond.
  Together with European partners and major stakeholders, renergy mobility UG is now driving the Via Azul Europe 10 Feasibility Study, as proof the concept for the proposed solution approaches, to prepare the establishment of selected pilot projects and the European rollout
• Dynamic online info base Electro Mobility
  to provide an up-to-date overview and access to online available documents in regards to a Mobility on Renewable Energy

Further investigation and collaboration projects:

• Local Energy Communities
  and decentralized energy provisioning,
  primarily based on local renewable energy sources
  (Collaboration on Service Portal: 'My RENERGY')
  
  The Energy Communities, potentially to be developed in the context of the European FC-DISTRICT project, will maintain local, partially autonomic but efficiently interconnected Energy Supply Grids (ESG), in an optimized distance environment between renewable energy resources (RES), their storage and application. The energy supply will be based on a continuum of inter-convertible mobile energy carriers Electricity, Hydrogen and other appropriate low-carbon gases. Those decentralized ESG shall enable online/onsite energy trading between local energy producers and consumers, using regional Energy Account Cards (like credit or bonus cards).
  According to following figures, revealing current system condition  in Germany and the U.S., and as recently addressed by Arno A. Evers in his Open Letter to the German Ethics Commission “Secure Energy Supply”, Energy Communities with decentralized ESG seemed to be an adequate and promising future solution approach...:
  • In Germany, according to the German Working Group on Energy Balances (Arbeitsgemeinschaft Energiebilanzen e.V. - Energy flow chart in PJ 2009), the conversion losses in the power generation and transmission process (i.e. consumption and losses in the converting sector, flare and cable losses in the grid) in the German electricity generation was 4.236 PJ (1 million tons of Coal Equivalents (CE) = 29,308 PJ - Petajoule).
    • The total energy consumption in all German households (2.497 PJ) and in trade, commerce, services and other industries (1.411 PJ) amounted to a sub-total of 3.908 PJ (equals 92% of the conversion losses in the power generation and transmission process).
    • The total energy consumption of the German Industry (2.264 PJ) and Transportation Sector (2.541 PJ) amounted to a sub-total of 4.805 PJ (equals 114% of the conversion losses in the power generation and transmission process).
    
    Further detailed Energy Balance Germany 2003 to 2007 flow charts can be downloaded here.
  • According to American Lawrence Livermore National Laboratory (Estimated U.S. energy Use in 2009), the following total U.S. energy balance 94,6 Quads (1 Quad = 1055,056 PJ), thereof Electricity Generation (EG) 38,19 Quads, figures are reported:
    • The amount of Rejected Energy 54,64 Quads/ thereof EG 26,10 Quads (equals 58% of total energy balance / 68% of EG)
    • The amount of Energy Services 39,97 Quads/ thereof EG 12,08 Quads (equals 42% of total energy balance / 32% of EG)
• Innovative Hydrogen and other low-carbon gas technology solutions in the context of renewable energy production, storage and application
  • Micro-solar/wind parks for onsite electrolysis
  • More efficient hydrogen electrolysis and hydrogen storage
  • Utilization of hydrogen for combined heat and power
  • Load balancing of renewable energy via hydrogen generation and storage
  • To be further investigated other low-carbon gas technologies, appropriate for applications in the context above...

For more information: info@renergymobility.de

 

Via Azul Europe 10

Dynamic online info base Electro Mobility

Get recent published Electro Mobility documents at International Hydrogen Knowledge Center Málaga

Energy Communities

Where consumers of energy turn into
producers and beneficiary traders of energy
inside of their community