Smarter Building Sensors for Schools, Colleges and Universities
Six practical sensor areas for schools, colleges & universities using LoRaWAN technology:
Energy
Monitoring
Reduce wasted heating, lighting & power
- Identify if heating, lighting or equipment is left running when spaces are empty
- Spot abnormal usage patterns across buildings, blocks or sites
- Support better decisions for older estates, mixed systems and multi-site organisations
Air Quality Monitoring
Monitor CO₂, temperature & ventilation
- Identify poorly ventilated rooms or uncomfortable learning spaces
- Support better pupil concentration, alertness & comfort
- Give staff evidence-based data, not guesswork or occasional spot checks
Vape
Detection
Identify vaping, smoking & cannabis use
- Monitor areas where cameras are not appropriate, such as toilets & changing rooms
- Support safeguarding, behaviour management & faster intervention
- Improve visibility without extra patrols or relying only on pupil reports
Asset
Tracking
Monitor vehicles, equipment & valuable resources
- Track minibuses, grounds equipment, IT assets & shared resources
- Improve visibility of items moving between buildings or sites
- Support better control across MATs, colleges & larger campuses
Pool
Monitoring
Track temperature & water safety
- Monitor key pool conditions & alert staff when readings need attention
- Support safer, more consistent pool management
- Reduce reliance on purely manual checks across busy facilities
Legionella Monitoring
Monitor water temperature & digitise compliance records
- Reduce manual water temperature checks across larger estates
- Create clearer digital records for compliance reporting
- Support formal legionella procedures, without replacing risk assessments
Smart Monitoring for Education
See issues early. Act faster. Reduce cost, risk and energy waste across your education estate.
Education estates are under more pressure than ever.
Energy costs remain unpredictable. Compliance tasks keep growing. Air quality, vaping, water safety and site security all need attention. Yet many schools, colleges and universities still rely on manual checks, old systems or guesswork.
Do any of these sound familiar?
- Staff still relying on walk-rounds, spreadsheets or “it gets checked twice a day”?
- Heating, lighting or ventilation running when buildings are empty?
- No clear view of air quality, CO₂ levels or room comfort across the site?
- Manual checks for water temperatures, leaks, fridges, pools or specialist areas?
- Vaping, security or asset issues only becoming visible once they have already caused disruption?
If yes, building sensors can help your team spot issues earlier, reduce wasted time and act before small problems become expensive ones.
👉Tell Us What You’d Like to Monitor
Why Energy Monitoring Matters
A Surprising Amount of School Energy Is Used Out of Hours
Better visibility can help reveal avoidable waste.
Heating may start too early. Equipment may be left running. Lighting, hot water or ICT systems may operate when buildings are barely used.
Recent studies have shown that:
- Primary schools use 61% of gas outside school hours
- Primary schools use 57% of electricity outside school hours
- Secondary schools use 64% of gas outside school hours
- Secondary schools use 60% of electricity outside school hours
Of course, out-of-hours energy use is not automatically waste, as many sites also support lettings, clubs, cleaning, boarding, sports facilities or weekend access.
However, the figures highlight a clear opportunity to improve visibility across education estates.
As a result, building sensors can help teams spot patterns, investigate unusual usage and take practical action before committing to larger capital projects.
Building Sensors by Numbers
Real examples of what smart monitoring can help achieve:
35
Up to 35% reduction in heating costs
An education deployment used smart radiator thermostats and upgraded building automation. Using LoRaWAN devices, they cut school heating costs and delivered a positive ROI within 18 months.
20
Around 20% yearly reduction in classroom heating costs
A UK school used smart environmental monitoring to help reduce annual heating costs, while also improving classroom comfort through CO₂, humidity and temperature monitoring all in one smart LoRaWAN sensor.
33
Approximately 33% energy savings
Smart building deployments in the UK and Ireland reported savings from connected energy monitoring, automation and better building visibility.
5,000
£5,000 average annual saving for primary schools
Recent school energy research reported average annual savings of £5,000 for primary schools using monitoring, benchmarking and energy-saving actions.
7
ROI within 7 months
A building sensor compliance and facilities monitoring deployment reduced manual checks and helped deliver a projected return quickly.
21,000
£21,000 average annual saving for secondary schools
The same research reported average annual savings of £21,000 for secondary schools, showing the larger opportunity across more complex estates.
Predictive Maintenance: Spot Heating Problems Before They Disrupt the School Day
Heating and hot water issues can quickly become more than a maintenance problem. Prolonged failures may affect comfort, safety, staff workload and, in some cases, whether a school can safely remain open.
Building sensors can help estates teams:
- Monitor boiler performance & heating patterns
- Spot unusual temperature or hot water issues earlier
- Investigate potential faults before they escalate
- Reduce disruption for pupils, staff & the wider school community
Why Clarion
Practical Technology Advice for Education Estates
Clarion helps education teams focus on the areas most likely to matter first: cost, safety, compliance, comfort and operational risk.
Because every estate is different, we work closely with UK schools, colleges and MATs to choose practical technology that fits real buildings, real budgets and real staff capacity.
Clarion can help you:
✔ Identify energy waste, hidden risks & manual processes that could be improved
✔ Prioritise the best opportunities to increase efficiency, compliance & reduce costs
✔ Choose the right sensors & avoid unnecessary complexity
✔ Plan, install & support a practical solution
Frequently Asked Questions
Building Sensor Basics:
What are building sensors for education?
Building sensors are small monitoring devices that collect useful data from schools, colleges, universities and education estates. They can monitor areas such as energy use, air quality, temperature, water temperature, vaping, assets and environmental conditions.
Do we need a full Building Management System?
Not always. Many sensor projects can start small and expand over time. Sensors can often add visibility where existing systems are limited, outdated or difficult to access.
Energy, air quality & compliance:
How can building sensors help reduce energy costs?
Sensors can help identify heating, lighting or equipment which may have been left running when buildings are empty. Savings depend on your estate, usage patterns and existing controls.
Why is out-of-hours energy use important?
Education buildings are not fully occupied all the time, yet recent studies show that more than half of typical school gas and electricity use can happen outside school hours. Better monitoring helps teams understand whether that usage is necessary or avoidable.
How do sensors support DfE energy guidance?
Of course – the DfE encourages schools and colleges to understand energy usage, conduct audits, reduce energy demand and lower carbon emissions. Monitoring can support this evidence-led approach.
What can air sensors monitor ?
Air quality sensors can monitor CO₂, temperature, humidity and ventilation conditions. DfE guidance says effective ventilation can improve pupils’ alertness and concentration, help prevent overheating and remove polluted air.
Does better air quality support pupil concentration?
The DfE states that effective ventilation can improve pupils’ alertness and concentration. Sensors can help schools identify rooms where ventilation may need attention.
Practical use across your estate:
Can vape detection sensors be used in toilets?
Yes. Vape detection sensors are commonly considered for toilets, changing rooms and other areas where cameras are not appropriate, but safeguarding visibility is still needed.
Can sensors help with legionella compliance?
Sensors can support water temperature monitoring and help digitise records. They should support, not replace, formal legionella risk assessments and compliance procedures.
Are building sensors suitable for MATs and multi-site estates?
MATs, colleges and universities can benefit because they often manage multiple buildings, mixed systems and stretched estate teams.
How quickly can we start?
Many projects can start with a focused pilot. For example, you might begin with energy monitoring in one block, air quality in selected classrooms or vape detection in priority areas.
