Retrofitting public facilities, operating them safely and efficiently
A major problem in building management is the lack of data.
LineMetrics solves this for schools, museums and libraries by providing up-to-date data via wireless sensors without changing the fabric of the building – even for listed buildings.
Optimize processes, manage access and create reports effortlessly.
Take your building management to the next level with LineMetrics!
Challenges
- High requirements regarding energy efficiency, user safety, sustainability, etc.
- Hardly any data and facts because cabling is usually not possible
- A wide variety of buildings with heterogeneous equipment and requirements
An all-in-one platform for all building data
Long-range wireless sensors record data for over 50 use cases. These are transmitted from radio gateways to the LineMetrics Cloud via mobile radio and can be analyzed there or transferred to other systems via API.
50+ use cases in one scalable platform
Enough of isolated solutions! The LineMetrics modular system enables a wide variety of use cases to be combined and can be easily expanded at any time.
Komplettsystem vom Sensor bis zur Auswertung
LineMetrics combines measurement technology, data transmission, evaluation, data storage and much more in one. You only ever have one contact person for all questions.
Wireless retrofitting without reception problems
Wireless sensors and gateways with SIM cards make cables and IT superfluous. Roll-out via plug & play by employees on site with LineMetrics support.
Return on investment from day one
LineMetrics takes over the operation of the monitoring solution for you: at a fixed monthly price, with no investment costs. Opex (operating costs) instead of capex!
Optimum indoor climate for happy employees and visitors
Good temperature, humidity and air quality are crucial for health and productivity. Discreet wireless sensors in schools, museums and libraries continuously measure the current values. This enables heating, ventilation and air conditioning systems to be controlled efficiently and regular ventilation to be ensured.
- Protect historic building fabric & avoid mold infestation
- Secure archiving of documents
- Reduce the risk of infection with optimum humidity
- Low CO2 values for more productive employees
- Satisfaction through pleasant temperatures
Optimize land use
If cleaning is controlled according to demand, resources can be saved. Consumables (e.g. soap dispensers) can also be refilled according to actual consumption. Sensors in public facilities anonymously record when which room is occupied by approximately how many people and how often it is used. Parking spaces or desks can also be easily monitored.
- Cleaning Services On-Demand
- Number of people in rooms
- Utilization of the parking spaces
Contain damage to buildings
Damage to buildings can cause immense costs and also endanger the health of building users. For these reasons, early detection is crucial. Wireless sensors can check the water temperature directly in systems and thus reduce the risk of legionella. Sensors can also provide a remedy for leaks. Equipped with water sensors, they report the escaping water. Anomalies in water consumption provide early indications of pipe damage.
- Avoid legionella
- Detect leaks at an early stage
Remote monitoring of technical systems
There are many technical systems in large public buildings that need to be monitored, maintained and repaired: Elevators, heating, ventilation, air conditioning systems, etc. If energy consumption, noise, vibration patterns and signals from the control unit are recorded, maintenance can be planned, downtimes reduced and redundancies avoided.
- Predictive maintenance before problems occur
- Remote monitoring of the heating, ventilation and air conditioning system (HVAC)
Central evaluation and individual cockpits
All recorded data can be analyzed in the LineMetrics Cloud at object level or evaluated centrally and compared across locations. Verbesserungspotenziale und Probleme (Alarmierung per Email oder SMS) werden damit sofort sichtbar.