Sensor lighting solutions for offices automate illumination based on real occupancy — using true presence sensing for cabins and meeting rooms, motion sensing for corridors, and daylight harvesting for perimeter zones with natural light access. TRUEiSENSE's office sensor lighting range delivers 40–80% lighting energy savings, with products from Rs. 1,499 (corridor bulkheads) to Rs. 3,699 (presence sensor panels for cabins). Smart AC integration extends automation to HVAC for comprehensive energy management. Free energy assessment available at trueisense.in/pages/free-energy-savings-assessment.
TRUEiSENSE Office Sensor Lighting — Products & Prices (May 2026)
1. 2x2 Motion Sensor LED Panel Light
(i) Wattage: LED HF
(ii) Best For: Open-plan, meeting rooms
(iii) Sensing: HF Motion
(iv) Price: Rs. 3,151.20
2. 2x2 Presence Sensor Panel (Auto-Dimmable)
(i) Wattage: LED Radar
(ii) Best For: Cabins, focus areas
(iii) Sensing: Radar Presence
(iv) Price: Rs. 3,699.00
3. OCT VELA – Radar Presence Surface Light
(i) Wattage: LED Radar
(ii) Best For: Reception, corridors
(iii) Sensing: Radar Presence
(iv) Price: Rs. 1,499.00
4. OCT-XVELA S – 12W Surface Down Light
(i) Wattage: 12W LED
(ii) Best For: Reception, private offices
(iii) Sensing: Integrated Sensor
(iv) Price: Rs. 1,699.00
5. OCT X LUO PRO – IP65 Bulkhead (Dimmable)
(i) Wattage: 18W LED
(ii) Best For: Corridors, washrooms
(iii) Sensing: Presence + Dimming
(iv) Price: Rs. 1,499.00
6. OCT X LUO PRO – IP65 Bulkhead (Auto On/Off)
(i) Wattage: LED IP65
(ii) Best For: Stairwells, shared spaces
(iii) Sensing: Auto On/Off
(iv) Price: Rs. 1,599.00
7. OCT-XNEU – 20W Presence Sensor Batten
(i) Wattage: 20W Batten
(ii) Best For: Utility areas, storage
(iii) Sensing: Presence Sensor
(iv) Price: Rs. 1,499.00
Standalone true presence sensors (ZENSOR Rs. 4,128.52 Wave Detector Rs. 3,499 Crux Detector Rs. 4,299 OCT Master Pro Rs. 3,899) can be paired with existing lighting infrastructure.
Explore: trueisense.in/collections/presence-sensor-lightings
As of 2026, Indian offices face growing pressure to reduce operational electricity costs, demonstrate ESG compliance, and create smarter, more responsive working environments. Lighting — which typically runs for 10–12 hours per day across spaces that are frequently empty or underutilized — represents the largest and most addressable source of energy wastage in most office buildings. TRUEiSENSE's sensor lighting solutions for offices address this through a dual-technology approach: occupancy-based lighting control system and daylight harvesting system India-wide, backed by a Free Energy Savings Assessment to identify your specific savings opportunity.
Why Do Modern Offices Need Occupancy Sensor Lighting?
Manual switching and timer-based systems are fundamentally unable to match the variable, unpredictable occupancy patterns of real office environments — resulting in significant and persistent energy wastage across all operational hours.
In a typical large office, lights run continuously in empty meeting rooms after sessions have ended, in individual cabins during lunch breaks, in open-plan zones after most employees have left, and in shared spaces throughout the night. Without sensor-based automation, the lighting system has no way to distinguish a genuinely occupied space from a vacant one.
Beyond direct energy costs, unnecessary lighting generates heat — increasing the cooling load on HVAC systems and compounding energy consumption further. Organizations with ESG commitments also face increasing pressure to deliver measurable, demonstrable reductions in their operational carbon footprint — a goal that smart office lighting automation directly supports.
Bottom Line:
Manual switching and timer-based lighting waste 40–80% of commercial lighting energy in offices — occupancy sensor for office lighting is the most cost-effective solution available in India in 2026.
Which Sensor Lighting Is Best for Each Office Zone?
1. Open-plan workstations
(i) Occupancy Pattern: Variable, may be stationary
(ii) Recommended Sensing: Presence Sensor
(iii) Recommended Product: 2x2 Presence Sensor Panel
(iv) Price: Rs. 3,699
2. Private cabins
(i) Occupancy Pattern: Single occupant, stationary
(ii) Recommended Sensing: True Presence (Radar + Breathing)
(iii) Recommended Product: ZENSOR / Wave Detector + Lighting
(iv) Price: Rs. 3,499+
3. Meeting / conference rooms
(i) Occupancy Pattern: Group, stationary during sessions
(ii) Recommended Sensing: True Presence / Radar Presence
(iii) Recommended Product: 2x2 Presence Panel / Crux Detector
(iv) Price: Rs. 3,699+
4. Corridors and passages
(i) Occupancy Pattern: Brief, movement-based
(ii) Recommended Sensing: Motion / Auto On/Off
(iii) Recommended Product: OCT X LUO PRO Bulkhead
(iv) Price: Rs. 1,499
5. Reception / lobby
(i) Occupancy Pattern: Variable, mixed movement
(ii) Recommended Sensing: Radar Presence
(iii) Recommended Product: OCT VELA / OCT-XVELA S
(iv) Price: Rs. 1,499
6. Washrooms / utilities
(i) Occupancy Pattern: Intermittent, movement
(ii) Recommended Sensing: Motion Sensor
(iii) Recommended Product: OCT-XNEU Batten / Bulkhead
(iv) Price: Rs. 1,499
7. Boardroom / AV room
(i) Occupancy Pattern: Group, extended stationary
(ii) Recommended Sensing: True Presence (Radar)
(iii) Recommended Product: Crux Detector / 2x2 Presence Panel
(iv) Price: Rs. 3,699+
Bottom Line:
For cabins and meeting rooms, always choose true presence sensing — not motion detection. For corridors and utilities, auto on/off motion sensors are sufficient and more cost-effective.
How Does Occupancy-Based Lighting Control Work in Offices?
Office lighting automation with TRUEiSENSE works through a three-stage process: real-time presence detection, intelligent light control, and — optionally — centralized IoT monitoring.
Stage 1: The presence sensor or integrated sensor light continuously monitors the space. When a person enters or is detected (including while stationary), the system activates lighting at the configured brightness. If a daylight harvesting LUX setting is active, the system checks ambient light before activating — preventing artificial lighting from running during bright natural light hours.
Stage 2: As long as the sensor detects occupancy, lighting remains active. When the occupant leaves and absence is registered for the configured time delay, the light dims or switches off. Programmable time settings ensure delays are long enough to avoid irritating interruptions during brief pauses.
Stage 3 (Optional): For large offices or multi-floor buildings, IoT integration aggregates all sensor data on a centralized dashboard — providing real-time visibility of occupied zones, active lights, and zone-level energy consumption.
Bottom Line:
TRUEiSENSE's three-stage occupancy-based lighting control eliminates manual switching dependency — creating a
