Ulrich Müller GmbH has been offering full service for ventilation, refrigeration and air-conditioning systems for the past 30 years, including planning and implementation, maintenance and repair. The company specializes in the redevelopment of these systems with a view to energy optimization. Our newly created brand "geff" (generation efficiency) is based on the new interpretation and implementation of the fundamental ideas of ecological responsibility and sustainable management of our planets resources. Seit nunmehr 30 Jahren bietet die Ulrich Müller GmbH von der Planung über die Realisierung bis hin zur Wartung und Instandhaltung einen Komplettservice für Lüftungs-, Kälte- und Klimaanlagen. Dabei hat sich das Unternehmen auf die Sanierung dieser Anlagen unter dem Gesichtspunkt der Energieoptimierung spezialisiert. Unter der neu geschaffenen Marke geff (generation efficiency) werden die Grundgedanken ökologische Verantwortung und der nachhaltige Umgang mit den Ressourcen unserer Erde neu interpretiert und umgesetzt.
Ulrich Müller GmbH
References
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University Hospital Heidelberg Head clinic/ Germany
Energy optimization of ventilation systems Modifications to increase energy efficiency - Removing and Installing of 12 fans - Removing and waste disposal of unnecessary sound absorber equipment - Installation of frequency inverters with electric operations - Exchange of defect volume flow controllers - Exchange of defect exhaust flaps Reduction of power consumption: needed power of the old system/ per year Total: 10.441.920 kW/a needed power after modification/ per year Total: 6.429.840 kW/a Savings: 4.012.080 kW/a or 454.969,87 Euro/a This equals energy needs of 995 four-person-household per year Reduction of CO2 Emission: CO2 Emission of the old system/per year: Total: 5.283 to/a CO2 Emission after modification/per year: Total: 3.253 to/a CO2 Savings: 2.030 to/a
Deutsche Telekom AG/ Germany
Energy optimization of ventilation systems Modification to increase energy efficiency - System analysis of the initial and the target situation - Reconstruction by using efficient fans - Demand control of the ventilation systems - Reduction of the air flow - Assimilation to the room temperature Reduction of power consumption: Needed power of the old system/per year: Total 39.420.000 kWh/a Needed power after modification/per year: Total 13.140.000 kWh/a Savings 26.280.000 kWh/a or 2.980.153,00 Euro/a This equals energy needs of 6518 four-person-household per year Reduction of CO2-Emission: CO2- Emission of the old system/ per year Total: 19.944 to/a CO2- Emission after modification/ per year Total: 6.648 to/a CO2- Savings 13296 to/a
Clinical Center Bamberg/ Germany
Energy optimization of ventilation systems Modifications to increase energy efficiency - Removing and Installing of 8 fans - Removing and Installing of the new heat recovery - Pipe installation of the heat recovery - Removing and waste disposal of unnecessary sound an absorbing equip- ment - Installation of frequency inverters with electric operations - Removing exhaust flap and installing 4 roll gates - Optimizing of the downstream small systems Reduction of power consumption: Needed power of the old system per year Total: 8.015.400 kWh/a Needed power after modification per year Total: 3.784.320 kWh/a Savings Total 4.231.080 kWh/a or 479.804,47 Euro/a This equals Energy needs of 1050 four-person-households per year Reduction of CO2-Emission: CO2 emission of the old system per year: 4.055 to/a CO2 emission after modification per year: 1.915 to/a CO2 Savings: 2.140 to/a
Further information
Type of Business
- Engineering,
- Installation,
- Contracting
Technology
- Energy efficiency in industry and trade: electricity sector:
- Air compressor technology,
- Instrumentation and control engineering
- Energy efficiency in industry and trade: heating and cooling sectors:
- HVAC technologies (heating, ventilation and air conditioning),
- Heat exchanger technology,
- Hot water boiler technology,
- Industrial heat pump technology,
- Screw-type steam engine technology,
- Steam boiler technology,
- Steam turbine technology
- Combined heating, cooling and electricity generation:
- Biomass cogeneration (CHP),
- Cogeneration /combined Heat and Power (CHP),
- Geothermal heat and power (CHP),
- Organic rankine cycle technology
- Industrial and private heating and cooling:
- Pump technology,
- Absorbtion chillers,
- Concentrated solar thermal systems,
- Solar thermal systems (large-scale),
- Stirling engine technology
Classification
- Electricity generation and heating/cooling:
- Renewable power generation
- Energy efficiency in buildings:
- Consumer electronics
- Energy efficiency in industry and commerce:
- Industrial production: energy efficiency