Modernization of the building automation of a university campus
Building automation
Our servicesOur experts supported the modernization of the building automation system and ensured that all technical systems were efficiently networked and brought up to date. In close coordination with the operators and contractors, we developed a concept that enabled smooth integration into ongoing university operations.
HVAC control
Modbus TCP/RTU for efficient heating, ventilation and air conditioning control
Energy monitoring & consumption analysis
M-Bus for precise consumption data acquisition and optimization
Intelligent building communication
BACnet IP enables seamless communication between different building technologies and offers flexible control and monitoring of systems.
Management operating level
The management operating level serves as a central interface for controlling and monitoring all building automation devices, with a user-friendly interface.
Project partnerStaatliches Bauamt Bayreuth, Planungsgruppe VA Nürnberg
Budget of the project1.100.000 €
Duration of the projectDecember 2020 - ???
The modernization was carried out step by step so as not to disrupt the university's operations. Existing automation systems were upgraded, outdated control systems replaced and new interfaces created to enable better networking and control of the building technology.
The requirements for flexible control posed particular challenges: Lecture halls, laboratories and administration buildings require different air conditioning concepts that have to adapt dynamically. The intelligent automation now ensures that rooms are only heated or ventilated when they are in use.
Thanks to the modernization, students and lecturers benefit from an improved indoor climate, while the campus is operated in a more energy-efficient and sustainable manner.
The requirements for flexible control posed particular challenges: Lecture halls, laboratories and administration buildings require different air conditioning concepts that have to adapt dynamically. The intelligent automation now ensures that rooms are only heated or ventilated when they are in use.
Thanks to the modernization, students and lecturers benefit from an improved indoor climate, while the campus is operated in a more energy-efficient and sustainable manner.
Smart Meter
- Recording of the energy flows
- Live data acquisition
- Data processing in EMS
- Plant optimization
- Analysis of the economic efficiency & plant parameters
Control cabinets
The heart of building automation is the I&C control cabinets.
Smart connectivity
An intelligent system for controlling all relevant components in buildings.
Actuators
- Control of heating, ventilation and air conditioning systems
- Precise control of temperature and humidity
- Compact design
- Reliable communication with control systems
- Use in modern building automation systems
Sensors
- Measurement of temperature, humidity and pressure
- Detection of CO₂ values and other environmental parameters
- High precision and reliability
- Integration into room and building control systems
Valves
- Precise control of liquid and gas flows
- Use in heating, cooling and ventilation systems
- Reliability in demanding environments
- Easy integration into automation processes
IT infrastructure
- Robust network architecture for automation systems
- Data processing and transmission in real time
- Ensuring stable communication between devices
- Compatibility with modern automation solutions
Room operating units
- Operation of heating, ventilation and air conditioning systems
- User-friendly interfaces
- Adjustment of room parameters such as temperature and humidity
- Integration into modern building technologies
Automation stations
- Central control units for building technologies
- Monitoring of HVAC, lighting and energy systems
- Connection to various sensor networks
- High reliability in building automation
PC clients
- User-friendly visualization and operation of systems
- Access to building automation and energy management systems
- Remote access and diagnostic options
- Compatibility with common system platforms
Overvoltage protection
- Protection of electronics and control systems against overvoltage
- Use in critical infrastructure components
- Extending the service life of devices
- Safety solution for modern building automation
Greenhouse control systems
- Precise control of climate and irrigation systems
- Adjustment of light, temperature and humidity
- Optimization of crop yields through automation
- Integration of sensors and actuators for process control
MSR-Innovations GmbH, led by project manager Maximilian Holl, stands for the highest level of technical expertise, a collegial team spirit and absolute reliability. With precise cost control and a clear focus on the project objectives, the team ensures that innovative solutions are created - always with the needs of the operator in mind. A partnership that creates trust and ensures success!
Wolfgang Hübsch
Bayreuth State Building Authority
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