Dahua 120W Integrated Solar Monitoring System with Lithium Battery Kit

Model: DH-KIT/DH-PFM378-B125-CB/PFM372-L45-4S14P/DH-SD6C3432XB-HNR-AGQ-PV/DH-PFB301C/PFA111

THIS PRODUCT HAS A 6-8 WEEK LEAD TIME

Who This Is For

For project managers and installers who need full-perimeter surveillance at locations where running mains power or trenching cable is not practical or cost-effective. Remote construction sites, rural properties, temporary worksites, unmanned substations, and off-grid agricultural facilities are the natural fit for the Dahua 120W Integrated Solar Monitoring System. The kit combines a 4G PTZ network camera with a 120W solar panel array, MPPT charging controller, and lithium battery pack in a single self-contained assembly - meaning deployment comes down to positioning, pole mounting, and SIM activation rather than electrical work. Active deterrence via white light and customisable audio, combined with AI-based tripwire and intrusion detection, means the system does more than record - it responds. If your site has no grid connection and still needs intelligent, remotely monitored surveillance coverage, this kit is built for that scenario.

Download Product Datasheet (PDF)

What This System Actually Does

Who Buys This Model

• Construction Site Managers: Temporary worksites without permanent power need surveillance that can be deployed, monitored remotely over 4G, and relocated as the project moves - this kit is designed for exactly that workflow.
• Rural and Agricultural Property Owners: Monitoring paddock gates, water infrastructure, or remote sheds where trenching power cable is cost-prohibitive, and where solar charging is the only practical energy source.
• Mining and Resources Contractors: Unmanned plant, equipment laydown areas, or access roads at remote sites where grid power does not reach and 4G coverage exists, requiring deterrence capability alongside recording.
• Temporary Event and Asset Protection Operators: Short-term deployments protecting high-value equipment or temporary infrastructure where cabled systems are not viable and fast installation is essential.
• Security Integrators Servicing Off-Grid Clients: Installers who need a single-order, fully contained solar surveillance solution for clients in locations where standard PoE or analogue infrastructure is not an option.

Honest Assessment

This kit genuinely solves the off-grid surveillance problem in a single package. The combination of MPPT solar charging, lithium battery storage, and 4G transmission removes the 3 biggest installation barriers at remote sites - power, cabling, and network connectivity. The AI perimeter detection with secondary classification is a meaningful step up from standard motion detection for outdoor environments where animals and vegetation would otherwise generate constant false alerts. Active deterrence adds a response layer that pure recording systems cannot offer. What this system will not do is provide the sustained high-bandwidth recording performance or multi-camera management that a wired NVR-based system delivers. Continuous PTZ operation, high-zoom tracking, and frequent deterrence activations will draw more power than passive monitoring, and in low-sun periods battery autonomy needs to be factored carefully. It also requires adequate 4G signal at the deployment location - without it, remote access and alarm transmission will not function. Available through Security Australia with a 6-8 week lead time, so plan procurement accordingly for time-sensitive projects.

Complete Package Contents

• 1 x Dahua SD6C3432XB-HNR-AGQ-PV - 4G PTZ Network Camera, Starlight, 1/2.8" CMOS, Smart H.265+, AI perimeter detection, active deterrence, IP66
• 1 x Dahua PFM378-B125-CB - 120W Integrated Solar Power System with MPPT charging controller and aluminium die-cast housing
• 1 x Dahua PFM372-L45-4S14P - Lithium Battery Pack with overvoltage, over-discharge, and over-temperature protection
• 1 x Dahua PFB301C - Camera Mounting Bracket
• 1 x Dahua PFA111 - Aluminium Mount Adapter, G1 1/2" pipe thread, 7.0kg load bearing

Before You Buy

Quick Fit Check

• Good match if: Your site has no grid power and no existing network infrastructure - the integrated solar, lithium battery, and 4G transmission mean this kit operates completely independently without any on-site cabling or switchboard work.
• Good match if: You need active deterrence at a remote or unmanned location - the combination of AI intrusion detection, white light warning, and 13 customisable audio files gives the system a response capability that passive recording cameras cannot provide.
• You may need a different model if: You are monitoring multiple zones at a single site or need continuous high-resolution recording across several camera feeds - a wired multi-camera NVR system will provide more consistent performance, higher storage capacity, and lower per-camera cost at connected sites. Browse NVR kits on securityaustralia.com.au for those scenarios.

Key Features & Technical Specifications

Real-World Scenarios

How It Compares

• Choose this if: Your site has no mains power and no fixed network - the integrated solar, lithium battery, and 4G transmission make this the only practical single-product solution for genuinely off-grid surveillance.
• You may need a different model if: You have multiple camera positions at a powered site - a wired PoE NVR kit will deliver more consistent recording performance, higher storage capacity, and significantly lower per-camera cost compared to deploying multiple solar units.
• Pairs well with: A 4G-compatible NVR or cloud video management platform if centralised multi-site recording and management is required alongside the solar deployment.

Common Questions

1. Does this system work without any mains power or wired internet connection?

   Yes. The 120W solar panel and integrated lithium battery supply all power, and the camera transmits over 4G - there is no requirement for mains power, an NVR, or a local network at the installation site. You need a SIM card from a carrier with adequate coverage at the location, and the camera must receive sufficient daily sunlight to maintain battery charge.

2. Will the AI detection filter out animals and false alarms at a rural site?

   Yes, it is designed to do this. The built-in neural network processor performs secondary target classification on detected motion, filtering out triggers caused by animals, blowing vegetation, and lighting changes. Only confirmed human activity generates an alert, which is a significant operational benefit at rural properties where standard motion detection would produce constant false notifications.

3. What happens to the system during overcast periods or in winter?

   The lithium battery stores surplus charge for use when solar generation is reduced, and the MPPT charging controller continuously optimises energy harvest from available sunlight. In extended low-sun conditions, power-intensive functions like frequent PTZ movement and active deterrence activations will draw down the battery faster than passive monitoring. For southern Australian deployments or heavily shaded positions, assess your minimum daily sun hours against your expected monitoring load before specifying this kit. The wide input voltage tolerance of -10% to +25% helps manage variable charge conditions.

4. Does the active deterrence activate automatically, or does it require manual triggering?

   Both modes are supported. The system can be configured to automatically trigger white light warnings and play a selected audio file from the built-in speaker when AI detection confirms an intrusion event, without any operator intervention. It can also be manually activated by a remote operator viewing the live feed. Target tracking keeps the PTZ camera focused on the subject during the deterrence response.

5. What is the RS-485 port used for, and does this integrate with SCADA systems?

   The RS-485 port supports standard Modbus protocol, which is a common communication standard in industrial and utility environments. This allows the system to communicate status data or receive commands from SCADA platforms, building management systems, or other RS-485-based controllers already deployed at a site. It is particularly relevant for water utilities, energy infrastructure, or industrial monitoring applications where the camera needs to sit within a broader telemetry network rather than operate as a standalone device.

6. How long does it take to install this kit, and what tools or trades are required?

   Installation is designed to be completed without an electrician. The aluminium die-cast housing integrates the solar panel, battery, charging controller, and camera bracket in a single assembly, so the installation workflow is mounting to a pole or structure, orienting the panel, inserting a SIM card, and commissioning through the camera's web interface or compatible mobile application. The PFA111 mount adapter uses a G1 1/2" pipe thread for pole mounting. Note the 6-8 week lead time - plan procurement well in advance of your scheduled installation date. The Security Australia team can advise on commissioning requirements specific to your deployment scenario.

7. Does the TVS 6000V lightning protection cover both the camera and the solar panel electronics?

   Yes. The TVS 6000V surge protection applies at the system level, covering voltage transient events that would otherwise damage the camera and charging electronics. In addition, the integrated battery management includes reverse connection, overvoltage, over-discharge, and over-temperature protections, while load-side protection covers overload and short circuit events. This layered approach is specifically designed for outdoor deployments in exposed locations where lightning and surge events are a genuine operational risk.

Downloads & Resources

• Product Spec Sheet (PDF)