Solutions
Energy Efficient
Systems
Sensors and wireless technology that dim your lighting automatically. Full brightness on motion, low power the rest of the time.
BeforeAfterLight that responds to activity,
not runs 24/7
The Energy Saving System is a customised lighting solution designed to maximise energy efficiency in stairwells, car parks, and warehouses.
It pairs integrated LED battens with advanced sensors and receivers to deliver intelligent, automated lighting control, available in 2 configurations:
- Standalone Microwave Sensor Units:Operate independently, dimming and brightening based on local motion detection at each fixture.
- Wireless RF Mesh Network:Units communicate with each other over 433MHz, so motion at one fixture triggers a coordinated lighting response across the whole area.
Standby state
When no motion is detected, the battens dim to 20% of rated power.
When motion is detected
When sensor picks up motion, brightness is ramped up to 100% for 1-9 minutes.
Featured products
Popular energy efficient fittings
Why energy efficient
Triggered by motion,
chosen for savings
Electricity costs
Standard battens draw full rated power around the clock. Ours hold at 20% output until motion is detected, then ramp to 100% for just the 1-9 minute hold time needed.
Simplified Battery Maintenance
The emergency battery module sits separately on the side of the batten, secured with just two screws which allows quick and easy removal for service or replacement.
Reliability & Longevity
Manufactured by a specialist emergency lighting company, every fitting is engineered for reliability and minimal maintenance with long-life LEDs rated for 50,000 hours and high-performance LiFePO4 lithium batteries with a design lifespan of up to 7 years.
Ease of Installation & Maintenance
Our LED battens use a tool-accessible design. A single screw lets technicians slide out the base for full access to internal components. The wide-body profile simplifies replacement and covers existing wall marks, so there's no re-painting or re-plastering needed.
How it works
From standby to full brightness
Standby
When no motion is detected, battens dim to 20% output, conserving energy while maintaining baseline light.
Motion detected
When movement is detected, it triggers the batten to 100% brightness, held for an user adjustable 1-9 minutes.
Wireless mesh communication
The sensor sends a signal to all receivers within 35m through walls/concrete, or 100m line-of-sight.
Group Activation
Every receiver in range lights up together, creating one seamless, well-lit pathway.
Wireless mesh communication and group activiation applies to systems fitted with RF receivers only.
- Compliance standard
- AS/NZS 2293
- Luminaire safety
- AS/NZS 60598.1
- Interference compliance
- EMC
- Lithium batteries
- LiFePO4
Applications
Where energy efficient
lighting fits
Car Parks
Multi-level and basement car parks, loading bays, and vehicle access ramps
Stairwells
Fire stairwells, emergency egress stairs
Trusted by
partners nationwide
Frequently asked questions
What is the Energy Saving System?
A customised lighting solution for stairwells, car parks and warehouses. It pairs integrated LED battens with advanced sensors and receivers to deliver intelligent, automated lighting control.
What's the difference between the Standalone and RF Mesh systems?
Standalone Microwave Sensor Units operate independently, responding to local motion detection at each fitting. A Wireless RF Mesh Network lets units communicate wirelessly so multiple battens respond together in a coordinated response.
What triggers the sensor?
Movement such as a person or vehicle within range of the microwave sensor.
How far does the RF mesh network reach?
Wireless sensors transmit via 433MHz to all compatible receivers within 35 metres through walls and concrete slabs, or up to 100 metres line-of-sight.
What happens across the network when one sensor detects motion?
Any fitting with a receiver in range activates to full brightness at the same time, creating one coordinated, seamlessly lit pathway rather than just the triggered fitting.
How long do the LEDs and batteries last?
LEDs are rated for 50,000 hours, and the system uses high-performance LiFePO4 lithium batteries with a design lifespan of up to 7 years.
Talk to the emergency lighting specialists
Whether you need product information, technical support, or stock for your next job, our team is here to help.