NBE provides two aircon energy-saving products designed for different real-world scenarios. Both solutions work with air conditioners that use IR remote control, and use IR learning to capture the aircon’s ON/OFF commands.
Choose the right solution based on your space usage: steady occupancy (bedrooms) or frequent empty-room wastage (meeting rooms).
In bedrooms or long stays, the aircon may keep running even when the room has already reached a comfortable level.
In meeting rooms and offices, people often forget to turn off the aircon after leaving, causing long periods of wasted operation.
Relying on people to switch off consistently is unreliable. Automation removes the human error factor.
| Item | Product 1: Bedroom Comfort Saver | Product 2: Meeting Room Presence Saver |
|---|---|---|
| Best Scenario | Bedrooms / long stays where users do not move in/out frequently. | Meeting rooms / offices where users may forget to turn off aircon after leaving. |
| Primary Objective | Reduce overcooling while maintaining comfort during extended occupancy. | Prevent wasted operation by turning off aircon automatically when the room is empty. |
| Control Method | IR learned ON/OFF control with NBE control logic based on research. | 24 GHz radar human presence detection triggers IR ON/OFF control. |
| Typical Saving | 20–30% typical savings in bedrooms (usage-dependent). | Savings vary by “forgetfulness”; can save up to 50% in high-waste scenarios. |
| Aircon Compatibility | Suitable for air conditioners with IR remote controls. | |
Designed for steady occupancy (sleeping / resting). The system learns your aircon’s ON/OFF signals and applies a control strategy derived from NBE research to reduce overcooling while preserving comfort.
Best for: bedrooms, small rooms, long-stay spaces.
Designed for spaces where occupants come and go. A 24 GHz radar sensor detects human presence and automatically switches the aircon ON/OFF based on occupancy—eliminating energy waste when rooms are left empty.
Best for: offices, meeting rooms, training rooms, shared spaces.
In bedroom usage patterns, savings are typically achieved by reducing unnecessary runtime after the space has stabilized. Based on usage and settings, typical savings are in the range of 20–30%.
Outcome: improved comfort consistency and reduced overcooling.
Savings depend on how often aircon is left running in empty rooms. In environments with frequent “forgotten” aircon operation, the system can reduce wasted runtime significantly—saving up to 50%.
Outcome: automation prevents human error and reduces avoidable energy waste.
User presses a learn button to capture the aircon remote’s ON and OFF IR signals.
NBE’s embedded processor runs a control logic strategy derived from research to determine the best ON/OFF decision.
The device transmits the learned IR signal back to the aircon to execute the command reliably.
A practical control chain designed for real spaces: sense → decide → transmit IR → reduce waste.
Bedroom / office / meeting room
Temperature (P1) or 24 GHz radar presence (P2)
NBE control logic strategy
Learns and repeats ON/OFF commands
IR remote compatible air conditioners
Best matched with Product 1 for long-stay comfort. Achieves savings by reducing unnecessary runtime and avoiding overcooling.
Best matched with Product 2 for occupancy automation. Avoids waste from forgotten aircon operation, especially in shared spaces.
Tell us your space type (bedroom / meeting room), typical usage duration, and whether people often forget to turn off the aircon. We’ll recommend the right energy saver strategy.