March 2026 – EPBD Update Drives PIR Demand
The European Union has published the updated Energy Performance of Buildings Directive (EPBD), which includes a mandate for occupancy-based lighting and HVAC control in all new commercial buildings starting January 2027. The directive effectively requires PIR sensors (or equivalent technology) in offices, schools, hospitals, and retail spaces.
Key Requirements
Lighting Control
- All lighting in commercial buildings must have occupancy-based control
- Lights must turn off within 15 minutes of space becoming unoccupied
- Daylight harvesting required where sufficient natural light exists
- Individual room control required (not zone-level only)
HVAC Control
- Heating and cooling must be reduced or shut off in unoccupied spaces
- Temperature setbacks of at least 3°C allowed when unoccupied
- Ventilation must be demand-controlled based on occupancy
Compliance Timeline
- January 2027: All new building permits must comply
- January 2029: Major renovations must comply
- January 2030: All existing commercial buildings >1000m² must retrofit
- January 2033: All existing commercial buildings must comply
Impact on PIR Sensor Market
The directive is expected to drive significant demand:
- Approximately 200,000 new commercial buildings/year in EU
- Average 50 sensors per building (estimate) = 10 million sensors/year for new construction
- Retrofit market: 5 million existing buildings × 50 sensors = 250 million sensors over 5-7 years
- Total EU demand: 40-50 million sensors/year at peak
Sensor Requirements
To meet the directive, sensors must:
- Detect presence (not just motion) – requiring high-sensitivity sensors for seated workers
- Have adjustable hold times (to prevent false-offs)
- Integrate with building management systems (BACnet, KNX, Modbus)
- Meet reliability standards (10+ year design life)
- Provide diagnostic information for maintenance
Technology Options
PIR Sensors (Dominant)
PIR is expected to be the primary technology due to low cost, reliability, and low power. High-sensitivity models (e.g., Panasonic PaPIRs+ with 416 zones) are well-suited for detecting seated workers.
Ultrasonic
May be used in combination with PIR (dual-tech) for spaces with obstructions.
Microwave/mmWave
Gaining traction for presence detection, but higher cost may limit adoption.
Implementation Challenges
- Retrofit complexity: Wiring sensors in existing buildings is expensive, driving demand for wireless solutions
- Commissioning: Each sensor must be properly configured for its space
- Integration: Sensors must communicate with various BMS protocols
- Worker acceptance: Privacy concerns must be addressed (PIR is privacy-preserving)
Market Opportunities
- Wireless sensor manufacturers: Battery-powered sensors with 5+ year life
- Energy harvesting sensors: Maintenance-free options for retrofits
- Sensor fusion devices: Combined occupancy + temperature + light sensors
- BMS integrators: Installation and commissioning services
Industry Reaction
“This directive is a game-changer for the PIR sensor industry,” said a European industry association representative. “It transforms occupancy sensing from a nice-to-have energy-saving feature to a mandatory requirement. We expect similar mandates in other regions to follow.”
Preparation for Manufacturers
Sensor manufacturers are advised to:
- Ensure products meet European standards (CE, RoHS, REACH)
- Develop wireless versions for retrofit market
- Provide integration guides for common BMS protocols
- Offer training and support for installers
- Prepare for increased demand starting late 2026