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  • Master
  • Architecture
  • Bauingenieurwesen
  • Geodesy and Geoinformatics
  • Urban Planning
  • REAP | Resource Efficiency
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    • Details of the Programme
    • Structure | Modulecards
    • Detailed Contents of REAP Modules
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      • District Energy
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    • Graduate Destinations
    • Master Thesis Projects - examples
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    • Fees | Costs | Finacial Support
    • Accommodation in Hamburg
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    • Interdisciplinary Research
    • For Students
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  • Urban Design
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District Energy

Content:

Do you think of starting your career in the energy sector? Professional advantages continue to grow for engineers who understand fundamental principles of energy grids combined with the knowledge of applications in a real world. The course covers technical issues of the whole range of energy plants, pipe-soil interactions, heat storages as well as special cases of networks in the earthquake areas and thoughts on protecting critical infrastructures. Understand principles of constructing heat networks, gas networks, electricity grids and study options for increasing their life span. Find the best supply option (the combined heat and power, geothermal power plant, heat pumps) for your city grid!

The Focus:

• Energy supply plants (combined heat and power, heat pumps, geothermal plants etc.)
• Heat networks, gas networks, electricity grids
• Pipe-soil interactions
• Pipe static analysis for heat networks
• Critical infrastructure – protect mechanisms

 

 

Image: Solarflower, Nobatek Bordeaux