Hikvision DS-2TXS2628-7P/QA/GLT/CH30S80-KIT Solar-powered Thermal Camera Kit (30AH vBattery)

Model: DS-2TXS2628-7P/QA/GLT/CH30S80-KIT

Who This Is For

When deploying surveillance at locations with no mains power or wired internet is the priority, the Hikvision DS-2TXS2628-7P/QA/GLT/CH30S80-KIT removes the two biggest barriers to off-grid installation. This solar-powered thermal camera kit is designed for security integrators and asset protection teams managing remote sites - perimeter fencing on rural properties, unmanned substations, construction compounds, mining lease boundaries, and critical infrastructure corridors where running cable is impractical or cost-prohibitive. The 80 W photovoltaic panel and 30 Ah lithium battery provide continuous operation without grid dependency, while built-in GSM and LTE connectivity handles data transmission across mobile networks. The thermal module detects human and vehicle movement in complete darkness and through obscured conditions, and the optical module delivers 2688 x 1520 resolution for detailed daytime imagery. The built-in strobe and audible alert add active deterrence at the point of detection, making this a standalone, self-contained solution for sites that conventional camera infrastructure simply cannot reach.

What This System Actually Does

Who Buys This Model

• Mining and Resources Security Teams: Protecting lease boundaries, equipment yards, and remote infrastructure where mains power and network cabling are absent - the solar/LTE combination solves both problems in a single deployable unit.
• Construction Site Managers: Monitoring compounds and plant storage during non-working hours across sites where temporary power is unreliable and the camera needs to operate through the night without intervention.
• Rural Property and Agricultural Operations: Covering farm boundaries, water infrastructure, and remote sheds where the thermal sensor detects intruders in complete darkness and the LTE link transmits alerts to the owner's phone without needing satellite or fixed broadband.
• Critical Infrastructure and Utility Operators: Monitoring unmanned substations, pipeline corridors, and communications sites where both intrusion detection and temperature anomaly alerting are operational requirements.
• Security Integrators Specifying Temporary Deployments: Installers who need a self-contained unit that can be positioned, connected to a mobile network, and left to operate independently - particularly for short-term or event-based surveillance where permanent infrastructure is not justified.

Honest Assessment

This kit genuinely solves the off-grid surveillance problem in a way that most cameras cannot. The combination of solar charging, lithium battery storage, and built-in LTE means a fully functional thermal detection system can be deployed at locations where running power and data cabling would cost more than the camera itself. The thermal module performs well in its core role - detecting heat signatures in complete darkness across a 50.0° x 37.3° field of view - and the human/vehicle classification meaningfully reduces false alarm volume on busy rural sites. The IP67 rating and -40°C to 70°C operating range suit Australian outdoor conditions across all climates. Where this kit has limits: the temperature measurement accuracy of ±8°C makes it suitable for threshold-based fire risk alerting, not precision temperature measurement. The 256 x 192 thermal resolution is functional for detection but will not provide the same level of thermal detail as higher-resolution sensors. For sites with available mains power and network infrastructure, a conventional camera system available through Security Australia would likely deliver better image resolution per dollar spent.

Before You Buy

Quick Fit Check

• Good match if: Your site has no mains power or network cabling and you need thermal detection operating through the night - the 80 W solar panel and 30 Ah battery provide the power autonomy, and built-in LTE handles data transmission over the mobile network.
• Good match if: You need intrusion detection that classifies humans and vehicles separately rather than triggering on all motion - the built-in video content analysis reduces nuisance alerts from animals and environmental movement on open rural or industrial sites.
• You may need a different model if: Your site has mains power and network infrastructure available - a powered optical or thermal camera system will deliver higher image resolution and more consistent performance at a lower overall cost. Browse the fixed thermal and network camera range on securityaustralia.com.au for grid-powered alternatives.

Key Features & Technical Specifications

Real-World Scenarios

How It Compares

• Choose this if: Your site has no mains power and no wired network - the solar/battery power system and built-in LTE make this the only self-contained thermal detection option that requires zero external infrastructure.
• You may need a different model if: Mains power and network infrastructure are available at your site - a grid-powered thermal or high-resolution optical camera system will give you more sensor capability and storage options per dollar invested. The fixed thermal camera range is worth comparing for powered installations.
• Pairs well with: A cloud-based or mobile VMS platform that accepts LTE-connected camera streams, allowing remote viewing and alert management without any on-site recording hardware.

Common Questions

1. Will this kit work in a location with no mains power at all?

   Yes. The DS-2TXS2628-7P/QA/GLT/CH30S80-KIT is entirely self-powered through an 80 W photovoltaic panel that charges a 30 Ah lithium battery. The battery sustains overnight operation and provides buffer capacity during reduced solar periods. No external power supply or generator is required - the unit is designed specifically for locations where grid power is unavailable.

2. Does this camera work in complete darkness?

   Yes - the thermal module operates in total darkness without requiring any IR illumination or ambient light. The 256 x 192 thermal sensor detects heat signatures emitted by humans and vehicles regardless of lighting conditions. The optical module is additionally supported by up to 30 m IR illumination for detailed visual imaging in low light, but the thermal detection function is fully independent of illumination.

3. How does the NETD rating of 40 mK affect detection performance in practice?

   NETD (Noise Equivalent Temperature Difference) measures the smallest temperature difference the sensor can resolve. At 40 mK, this sensor can distinguish heat sources that differ by as little as 0.04°C from background, which is within the standard performance range for perimeter surveillance thermal cameras. In practical terms, this means a person moving across a cooler or warmer background will register as a clearly defined target rather than blending into thermal noise - maintaining detection reliability in conditions where temperature contrast is low, such as warm nights when ambient and body temperatures are closer together.

4. What is the temperature measurement accuracy, and is this suitable for fire detection?

   The temperature accuracy is ±8°C across a measurement range of -20°C to 150°C. This is appropriate for threshold-based fire risk alerting - configuring an alarm to trigger when a spot temperature exceeds a set value, for example on electrical equipment or dry vegetation. It is not suited to precision industrial temperature measurement where tighter tolerances are required. For early-warning fire monitoring at unmanned sites, the ±8°C accuracy is generally within acceptable margins when thresholds are set with appropriate buffer above normal operating temperatures.

5. Will this camera work in Australia's extreme heat and cold conditions?

   Yes. The operating temperature range is -40°C to 70°C with humidity tolerance up to 95% non-condensing, and the IP67 protection rating covers full dust exclusion and water immersion to 1 m. This covers the full range of Australian climatic conditions from alpine winter environments through to arid outback summer temperatures. The 70°C upper limit is particularly relevant for sites where ambient plus solar-radiative heating on the housing can exceed standard camera tolerances.

6. Does this kit require a wired network connection to send alerts?

   No. Built-in GSM and LTE support allows the camera to transmit alerts and video data over mobile networks without any wired network infrastructure. The only requirement is adequate mobile signal at the installation location. Before deployment at a remote site, confirm the relevant carrier's coverage map at the specific GPS coordinates - not just the nearest town - and physically test signal strength at the mounting position. The team at Security Australia can advise on LTE band compatibility for your preferred carrier.

7. How does the human and vehicle classification reduce false alarms on rural sites?

   The video content analysis engine processes thermal and optical data to classify detected targets as human or vehicle before generating an alert. Motion from livestock, kangaroos, wind-blown vegetation, and insects passing close to the lens is not classified as either target type and does not trigger a notification. On open rural and agricultural sites where motion-based detection would generate dozens of nuisance alerts per night, this classification layer is the difference between a usable system and one that operators learn to ignore. Note that classification accuracy depends on target size relative to the sensor's field of view - objects at very long range or at the edge of the detection zone may have lower classification confidence.

8. Is local storage available, or does the camera rely entirely on cloud or network recording?

   Local storage is supported via dual MicroSD card slots built into the unit, providing on-device recording without dependence on a network connection or cloud service. This is particularly relevant for LTE-connected deployments where data plan costs make continuous cloud streaming impractical - the camera can record locally and transmit only alert clips or snapshots over the mobile network. MicroSD card capacity will determine the available recording duration and overwrite behaviour.

Downloads & Resources

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