Dahua Integrated 125 Watt Solar Power System – Without Battery
The Dahua PFM378B125CB is an integrated solar power system designed for surveillance installations where mains power is unavailable. Supplied without a lithium battery, it combines a 125 watt monocrystalline solar panel with adjustable mounting and an integrated MPPT charging controller for field deployment.
Key Features
- Integrated solar power system for remote monitoring applications.
- 125 watt monocrystalline solar panel.
- Adjustable mounting angle for solar panel and camera assembly.
- Integrated Maximum Power Point Tracking charging controller.
- Pole mount design with aluminium alloy frame.
- RS-485 communication support.
- Designed to withstand sustained wind speeds up to 117 kilometres per hour.
Specifications
- Item Code: PFM378B125CB
- System Type: Integrated solar power system
- Solar Panel Output: 125 W
- Panel Type: Monocrystalline
- Battery Included: No
- Mounting: Pole mount
- Frame Material: Aluminium alloy
- Communication: RS-485
What's In The Box
- 125 watt solar panel assembly
- Integrated MPPT charging controller
- Pole mounting bracket and hardware
- Camera mounting bracket and adapter
Suitable Uses
- Remote surveillance sites without access to mains power.
- Perimeter monitoring and infrastructure protection.
- Temporary or mobile camera deployments.
Dimensions
| Measurement | Dimension |
|---|---|
| Solar Panel Width | 951.9 mm |
| Solar Panel Height | 875.0 mm |
| Overall Assembly Height | 761.9 mm |
| Panel Tilt Adjustment Range | 10 degrees to 50 degrees |
| Supported Pole Diameter | 80 mm to 150 mm |
Dahua Integrated Solar Power Systems – Item Code Family
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Frequently Asked Questions
- Does this system include a battery?
No. This model is supplied without a lithium battery. - Can this system be used with PTZ cameras?
It is commonly used with PTZ cameras, but total power draw and battery capacity must be calculated for the installation. - Is pole mounting hardware included?
Yes. Pole mounting hardware is supplied with the system.
Additional Information
- Battery selection must be sized correctly to ensure adequate runtime during low sunlight conditions.
- Correct pole height, orientation and tilt angle significantly affect solar efficiency.
- Often specified for Australian remote surveillance projects where trenching mains power is impractical.
