Solar Energy Storage
CCTV Power System
An integrated off-grid energy system built for outdoor and remote locations. Delivers 24/7 stable power output, solves security surveillance power challenges in areas without grid access, and supports reliable operation for all types of surveillance equipment.
Focused on Security Power
No Camera Equipment Sales
In comprehensive security system deployment, power supply for outdoor and remote locations has always been the core bottleneck restricting surveillance implementation. Blind spots in grid coverage, high wiring and retrofitting costs, and insufficient power stability in extreme environments directly undermine the 24/7 availability of security systems.
We develop integrated solar energy storage power systems for CCTV and security surveillance scenarios. With an independent energy architecture combining photovoltaics and energy storage, integrated with intelligent power management technology, we provide reliable underlying energy support for all types of outdoor security projects.
Wide Range of Applications
Highly adaptable to various outdoor security scenarios where grid power is unavailable, covering transportation, infrastructure, parks, natural resources and more
Transportation Infrastructure
Highway checkpoints, national roads, tunnel entrance surveillance
Construction & Industrial
Construction sites, mining areas, oil & gas field remote monitoring
Perimeter Security
Industrial parks, border fencing, reservoir perimeter surveillance
Agriculture & Pastoral
Farms, ranches, remote properties, unmanned water facilities
Forest & Reserves
Forest fire prevention, nature reserves, wetland ecological monitoring
Temporary Deployment
Large events, emergency rescue, temporary construction sites
Core System Architecture
A reliable solar surveillance power system is far more than a simple combination of PV and storage. We build a full-link energy management system centered on load demand, achieving continuous, dynamically balanced and stable power supply day and night.
High-Efficiency PV Modules
Power ratings precisely matched to local solar data and device consumption, ranging from 80W to hundreds of watts, maintaining high charging efficiency even in low-light conditions.
MPPT Smart Controller
Maximum Power Point Tracking technology dynamically adapts to changes in light intensity, maximizes energy conversion, and integrates multiple battery protection mechanisms.
LiFePO4 Battery Storage
Long-cycle-life cells with stable voltage output, excellent wide-temperature adaptability, and reliable energy storage performance in high/low temperature, high humidity and sandy environments.
Power Distribution Protection
Standardized power distribution circuit design with overcurrent, short circuit and surge protection, ensuring safe and reliable power supply for cameras and transmission accessories.
Outdoor Protection System
Pole-mounted, wall-mounted and integrated enclosure options available. Full enclosure protection rating suits outdoor conditions, with easy installation and low maintenance costs.
Wide Device Compatibility
The system is widely compatible with mainstream security surveillance equipment, covering power supply for the entire chain from front-end acquisition to back-end transmission and storage, with stable output voltage and reduced device downtime risk.
- IP bullet and analog cameras
- IR night vision, low-light camera units
- High-power PTZ dome cameras
- HD intelligent recognition terminals
- Wireless bridges and point-to-point transmission
- NVR / DVR network video recorders
- 4G / 5G transmission gateways
- Fiber transceivers and switches
- IR illuminators and white light lamps
- Audible and visual alarm devices
- Lightning protection and grounding modules
- Environmental monitoring sensors
Stable voltage output is critical for reliable operation of surveillance equipment. Our LiFePO4 energy storage system precisely controls output voltage ripple with high power continuity, effectively reducing device restarts, signal interruptions and data loss caused by voltage fluctuations, ensuring continuity and stability of surveillance footage and data transmission.
Solar Surveillance Power Calculator
Enter project parameters to get the optimal power supply configuration
Annual average for most regions: 3.5–4.5 hours
Recommended Configuration
Solution Type:
Single-Point Light Solution
* The above are estimated reference values, including a 20% system loss margin. Final solution is subject to on-site measured environment and actual device specifications.
Core Technical Advantages
From energy conversion to storage management, from structural protection to on-site implementation, we optimize the reliability and service life of outdoor security power supply across all dimensions.
Load-Customized System Design
We reject generic template configurations. Every solution is designed based on actual project power load requirements, combined with local solar conditions, ambient temperature and rainy season patterns to ensure power capacity precisely matches load demand, avoiding under-configuration or wasted resources.
Supports multiple voltage systems, compatible with various surveillance device specifications
High-Efficiency MPPT Charging
Maximum Power Point Tracking charging technology delivers significantly higher efficiency compared to traditional PWM controllers. It maximizes solar energy capture under low light, cloudy days and oblique sunlight, while integrating overcharge, overdischarge, overcurrent, short circuit and reverse polarity protection.
Dynamically tracks optimal PV operating point, improves solar utilization
Long-Life LiFePO4 Storage
LiFePO4 cells offer much longer cycle life than traditional lead-acid batteries, with deeper discharge depth and more usable capacity at the same rated capacity. Stable voltage output eliminates the voltage drop issue of aged lead-acid batteries, ensuring stable surveillance operation with fewer restarts and dropouts.
Wide-temperature cell formula, minimal capacity degradation in extreme temperatures
All-Weather Outdoor Protection
Outdoor-grade protective enclosure with dust and water resistance designed for rain, snow, sand and other harsh weather. Metal housing provides wind resistance and corrosion protection, with internal temperature control and moisture-proof treatment for long-term stable operation in remote unmanned areas, reducing on-site maintenance frequency.
Modular structure for easy on-site installation and later maintenance
Engineering-Grade Power Distribution & Surge Protection
Built-in standardized power distribution circuits with independent protection for each output channel — a single channel fault will not affect overall system operation. Equipped with lightning and surge protection modules to handle outdoor lightning strikes and induced voltage risks, protecting high-value camera and transmission equipment and reducing overall project failure rate.
Key Challenges Solved
Targeting five core challenges in outdoor security power supply, we provide comprehensive solutions from energy supply to environmental adaptation
Energy Self-Sufficiency in Grid Blind Spots
For remote locations with no grid access or unstable power supply, we provide a fully independent off-grid energy system. No excavation, no wiring, no utility application required — surveillance equipment can run autonomously long-term.
Sustained Power for High-Load Devices
For high-power scenarios such as PTZ cameras, IR illumination and 24/7 continuous recording, system capacity is designed based on measured power consumption data, eliminating power shortages and nighttime downtime caused by rough estimation.
Harsh Outdoor Environment Durability
For extreme temperature differences, rain erosion, sand dust and strong wind conditions, we optimize all dimensions from cell selection to full-unit protection, adapting to long-term stable operation across different climate zones.
Continuous Backup for Low-Sunlight Periods
Equipped with sufficient battery backup capacity to support normal device operation during cloudy days, winter seasons and rainy periods. Backup days can be customized to match the climatic characteristics of different regions.
Streamlined On-Site Implementation
Modular and integrated design, with core components assembled and tested at the factory. On-site installation only requires mounting and wiring, greatly shortening on-site installation and commissioning time, reducing construction complexity and labor costs.
Flexible Installation Options
Various installation solutions for different site conditions, including pole-mounted, wall-mounted and integrated enclosure configurations
Pole Mounted Solution
Suitable for open areas such as roads, wilderness and park perimeters. Equipment is mounted on poles with adjustable height and optimized PV panel orientation.
- · Fits various pole diameters
- · Adjustable PV tilt angle
- · Concealed wiring, high protection
Wall Mounted Solution
Suitable for building exteriors, factory walls and machine room sides where wall support is available. Easy installation and convenient maintenance.
- · Secure wall fixing
- · Short wiring distance to devices
- · Easy daily operation and maintenance
Integrated Enclosure Solution
Battery, controller and distribution unit integrated into an outdoor protective enclosure. Fully assembled delivery, ready to use after wiring, highly efficient deployment.
- · Pre-assembled and tested at factory
- · High-grade outdoor protection
- · Quick deployment, plug-and-play
Custom Service Process
From requirement consultation to project delivery, standardized service process ensures adaptability and delivery quality for every project
Requirement Consultation
Understand project locations, device models and quantities, installation site climate conditions, backup requirements and other basic information.
Solution Design
Calculate the optimal configuration based on load and environmental parameters, provide system proposal, specifications and installation recommendations.
Production & Assembly
Complete component selection, assembly, commissioning and burn-in testing according to the solution to ensure stable factory condition.
Delivery & Support
Provide installation guidance and technical support, assist on-site commissioning, and ensure smooth system commissioning and operation.
Frequently Asked Questions
Can this system provide 24/7 uninterrupted power supply?
Yes. The closed-loop architecture of daytime PV charging and nighttime battery discharge ensures surveillance equipment runs continuously around the clock. With proper configuration, it can achieve year-round uninterrupted power supply.
How long can it last during rainy or cloudy days?
Backup duration can be customized. Standard configurations support 2–5 days of continuous rainy weather. For rainy regions or areas with low winter sunlight, longer backup solutions are available.
Does it support high-power PTZ dome cameras?
Yes. For high-power devices such as PTZ domes, we offer dedicated power-boost solutions with increased PV output and battery capacity to support full-featured 24/7 operation.
What type of battery is used? How long is the service life?
We use LiFePO4 batteries, which feature high safety, long cycle life and stable performance at high and low temperatures. Under normal outdoor use, cycle life is far superior to traditional lead-acid batteries, with lower long-term operating costs.
Can it be used in regions with poor sunlight conditions?
Yes. We adjust PV module power and battery capacity according to local annual solar radiation data to ensure stable power supply in low-light regions, adaptable to northern winters and southern rainy seasons.
Is pole mounting supported? What installation methods are available?
Yes. We offer pole-mounted, wall-mounted and integrated outdoor enclosure options to match different on-site installation conditions and project requirements.
Will the battery perform poorly in low winter temperatures?
LiFePO4 batteries perform better at low temperatures than lead-acid batteries. The system also optimizes charge and discharge strategies based on ambient temperature. For extremely cold regions, wide-temperature cell options are available to ensure normal winter operation.
Is installation complicated? Does it require professional on-site personnel?
The system adopts a modular design. The main unit is fully assembled and tested before delivery. On-site installation only requires fixing the PV panel and connecting the load wiring, which can be completed by a regular electrician. We also provide installation guidance.
