Lower disruption
Wireless sensors can often be installed in occupied areas with far less disruption than hardwired sensor routes, making them useful for offices, schools, healthcare areas, museums and live environments.
Remote Building Intelligence
LoRaWAN Sensor Networks
Wireless sensor systems that reduce the need for new wiring, lower installation disruption and give health, comfort and energy reports the extra data needed to pinpoint what to improve first.
More building data without expensive sensor wiring
Many buildings do not have enough sensors to prove where comfort, air quality or energy issues are really happening. LoRaWAN sensor systems can add useful monitoring points without running new cables back to the BMS panel.
Lower monitoring cost
By reducing cable routes, containment and panel wiring, a customer can often monitor more areas for the same budget, which gives better evidence for energy and comfort improvements.
Better reports
The extra readings can feed monthly and yearly reports, helping identify which areas are causing the biggest comfort, health, plant-runtime or energy problems.
Estate-wide wireless monitoring
For customers with multi-building occupancy, LoRaWAN can help collect readings from separate buildings or occupied areas and feed one central reporting system where gateways, network design and IT approval allow.
- Useful where multiple buildings need consistent comfort, air-quality or energy evidence.
- Can support one central dashboard or report pack instead of separate disconnected checks.
- Designed around approved network routes, security requirements and customer IT input.
Health, comfort and energy sensors
LoRaWAN can be used as an added monitoring layer for buildings where the existing BMS does not have enough data. The system can sit alongside Niagara, Trend, Siemens or other platforms and feed dashboard, alarm and report information by agreement.
- Temperature and humidity sensors for comfort and critical-condition review.
- CO₂ and indoor air-quality sensors for health, ventilation and occupancy evidence.
- Occupancy and people-use indicators to compare plant runtime against real building use.
- Door, window, leak, vibration or plant-status sensors for fault and risk monitoring.
- Pulse, meter or electrical monitoring inputs where suitable for energy reporting.
- Temporary survey sensors for proving a problem before committing to larger works.
How the data is used in reports
The aim is not to add sensors for the sake of it. The aim is to collect the right evidence, turn it into useful findings and then show the customer what to improve in the correct order.
1. Pinpoint problem areas
Wireless readings help identify rooms, floors, zones or plant areas that are too hot, too cold, too humid, poorly ventilated or using energy at the wrong time.
2. Compare against plant operation
Sensor data can be compared with AHU, FCU, VAV, boiler, chiller, pump and schedule data to find whether the control strategy is helping or causing the issue.
3. Score findings by risk
Monthly reports can grade findings as high, medium or low risk, making it easier for managers to decide what needs action first.
4. Build a 12-month picture
After a full year, the reports can show seasonal issues, repeated failures, wasted runtime, comfort complaints and the areas where upgrades are likely to have the best impact.
12-month Year-End Building Intelligence Report
At the end of each year, the monthly findings and LoRaWAN data can be combined into a yearly report that shows the customer what has happened across the building and what should be improved next.
Area improvement order
The report can rank areas by risk, comfort impact, health/air-quality concern, energy waste and likely benefit, giving a clear order of works.
Evidence-based upgrades
Recommendations can be supported by trend data, alarms, sensor readings, runtime evidence and monthly engineering notes rather than guesswork.
Budget planning
The year-end report can help the customer decide which controls, sensors, plant items, strategies or maintenance actions should be funded first.
Commercial advantage
This creates a strong ongoing service: monthly engineer-led reports keep the site under review, while the yearly report gives the customer a clear improvement roadmap after 12 months of monitoring.
Where LoRaWAN monitoring fits best
Wireless monitoring can be used as a permanent service or as a temporary survey to prove issues before larger BMS works are carried out.
Healthcare and medical spaces
Additional temperature, humidity, CO₂ and status monitoring can support comfort, ventilation checks and risk reporting for sensitive areas.
Energy optimisation
Extra readings help show where plant is serving spaces that are empty, over-conditioned or repeatedly outside agreed comfort limits.
Museums and archives
Monitoring can support stable temperature and humidity evidence in rooms where collections, stored items or displays need protection.
Offices and schools
Low-disruption sensors can help identify uncomfortable rooms, poor ventilation, over-running plant and areas that need control improvements.
Broadcast and live media
Discrete monitoring can help keep live spaces comfortable before users become distracted during shows, recordings or broadcasts.
Multi-site customers
A consistent sensor and reporting method can compare buildings against each other and show where the biggest savings opportunities are.
Add LoRaWAN to a support package
LoRaWAN monitoring can be added to energy monitoring, critical environments, 24/7 support and yearly reporting packages.