Solar-powered CCTV systems enable continuous GNSS tower monitoring by providing independent, renewable energy that eliminates grid dependence in remote or high-humidity areas.
The 100W100AH solar power kit ensures 24/7 uptime for structural and geohazard monitoring equipment on towers in Xi’an, Shaanxi.
Integrated LiFePO₄ batteries with over 5000 cycles deliver long-lasting, stable energy storage for off-grid monitoring systems.
MPPT smart controllers automatically optimize voltage and power flow, improving solar charging efficiency by up to 25%.
Each solar CCTV system withstands strong wind, humidity, and temperature fluctuations with IP66-rated protection and anti-corrosion coating.
Remote monitoring and mobile dashboards allow users to view live energy data, receive alerts, and reduce on-site maintenance.
Compared to grid-powered systems, solar-powered CCTV kits lower long-term energy costs and cut maintenance visits by over 60%.
Kongfar’s solar power systems comply with CE, ISO9001, and RoHS standards, ensuring global reliability and environmental safety.
The system’s modular design supports expansion for additional GNSS sensors or IoT devices without reinstallation.
Off-grid solar surveillance solutions enhance communication, safety, and predictive maintenance across infrastructure and energy networks.
The solar-powered CCTV systems deployed for GNSS tower monitoring in Xi’an, Shaanxi, China, were developed by Shenzhen Kongfar Technology Co., Ltd. to ensure off-grid energy reliability in mountainous and high-humidity regions.
Traditional grid electricity frequently failed due to monsoon weather, steep terrain, and unstable connectivity, leading to data interruptions and delayed safety alerts for critical infrastructure.
The 100W100AH solar power kit, featuring LiFePO₄ battery technology, provides continuous off-grid energy for precision GNSS monitoring equipment—even during prolonged cloudy conditions. Installed in September 2025, this solar surveillance power solution secures the uptime of tower-mounted sensors responsible for power grid stability, geohazard prevention, and infrastructure safety.
A: They provide stable, renewable, and independent energy without relying on grid availability.
A: The design includes anti-corrosion coatings and IP66 waterproof protection, ideal for mountainous climates.
A: It removes cable routing costs, grid dependency, and storm-related downtime risks.
Power: 100W
Battery: 100AH LiFePO₄
Operating Temperature: -30°C to +60°C
Protection Level: IP66
Location: Xi’an, Shaanxi, China
Application: GNSS towers, geohazard prevention, power grid monitoring
Reliable solar energy defines safety—continuous monitoring ensures data integrity even in remote locations.
The solar surveillance system integrates monocrystalline solar panels with high conversion efficiency and moisture-resistant coating to handle Xi’an’s variable weather. Each module is mounted on a tower-side adjustable bracket, optimized for maximum sunlight absorption and minimal maintenance.
A: Its hydrophobic coating accelerates drainage and maintains optimal power output.
A: Up to 21.3% real-world conversion efficiency, even under partial shading.
A: Yes, the modular mounting frame easily adapts to different tower heights and angles.
Solar Panel: 100W monocrystalline silicon
Frame: Aluminum alloy with anti-rust finish
Efficiency: up to 21.3%
Installation Angle: 35°–45° optimal tilt
Durability: Wind resistance up to 130 km/h
Maintenance: Twice annually
Optimized solar energy collection transforms sunlight into stable power for GNSS tower networks in Shaanxi province.
A 100AH LiFePO₄ off-grid energy kit ensures consistent energy storage for uninterrupted CCTV monitoring and GNSS operations. Its vibration-resistant insulated housing prevents system damage from wind or tower movement, ensuring long-term reliability.
A: The system sustains up to four days of full operation during cloudy weather.
A: Overcharge, short-circuit, and temperature control integrated into the smart BMS module.
A: Over 5000 charge cycles, typically lasting 5–7 years.
Battery Type: LiFePO₄
Capacity: 100AH
Cycle Life: >5000
Backup Duration: 4 days
Protection: Overcharge / Overdischarge / Overheat
Warranty: 5 years
Off-grid energy storage ensures operational stability and 24/7 monitoring continuity in critical safety systems.
The integrated MPPT controller automatically adjusts charging efficiency, balances loads, and enables real-time remote supervision through IoT-based dashboards. Users can track voltage, battery status, and fault alerts from anywhere—reducing the need for manual tower maintenance.
A: Yes, it supports 4G, LoRa, and Modbus for real-time monitoring.
A: Yes, both local storage and cloud backup are included.
A: Instant push notifications via SMS and mobile dashboard.
Controller Type: MPPT intelligent controller
Connectivity: 4G / LoRa / Modbus
Data Storage: Local + Cloud
Response Time: <1s
Monitoring: Mobile + Web dashboard
Smart energy control converts traditional monitoring into predictive intelligence, enabling proactive tower management.
After deployment, the GNSS tower monitoring system achieved 100% uptime during the rainy season. Remote access reduced maintenance frequency by 60% and minimized travel costs for inspection teams.
A: Continuous 24/7 power operation with zero interruptions.
A: Approximately 60% savings through automated monitoring.
A: Instant alerts enable proactive reinforcement and prevent failures.
Uptime: 100% continuous operation
Maintenance Reduction: 60%
Data Accuracy: 100%
Backup Duration: 4 days
Stable power and smart alerts safeguard infrastructure and enhance digital tower reliability across Shaanxi’s mountainous regions.
This solar-powered CCTV monitoring system redefines energy autonomy for GNSS and IoT infrastructure. It solves the triple challenge of unstable grid supply, corrosion risk, and high maintenance cost, ensuring sustainability, safety, and long service life.
A: Yes, configurations up to 300W/300AH are available for complex networks.
A: Fully compatible with wind-solar hybrid CCTV power kits.
A: CE, ISO9001, and RoHS for export-grade compliance.
Models: 100W100AH / 200W150AH / 300W200AH
Temperature Range: -30°C to +70°C
Lifespan: 10+ years
Applications: GNSS towers, telecom poles, bridge safety, hydrology stations
A benchmark solar surveillance solution engineered for GNSS monitoring, infrastructure protection, and digital transformation.
| Model | Power (W) | Battery (Ah) | Backup (days) | Temp Range (°C) |
| KF-100M100 | 100 | 100 | 4 | -30~+60 |
| KF-200M150 | 200 | 150 | 5 | -35~+65 |
| KF-300M200 | 300 | 200 | 6 | -40~+70 |
For reference only based on vendor test data
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✅ Kongfar also offers OEM & ODM custom solar CCTV solutions.
A: Stable off-grid energy ensures continuous data transmission from GNSS towers, eliminating gaps caused by grid instability or outages.
A: It offers over 5000 charging cycles, typically lasting between 5–7 years under standard operation and maintenance conditions.
A: Yes, its anti-corrosion frame, IP66 waterproof housing, and high-efficiency solar panels are designed for humid, shaded, or elevated terrain.
A: Yes, the system supports extra IoT modules such as temperature sensors, wind meters, or environmental data collectors through its 12V/24V output interface.
A: On average, the ROI period is less than 18 months, as it eliminates fuel, wiring, and maintenance costs common in conventional systems.
A: No, the system provides up to 4 consecutive cloudy days of backup power with intelligent MPPT control to optimize charging efficiency.
A: Yes, it is compatible with hybrid wind-solar configurations for extended energy reliability in remote areas.
A: Yes, we offer global logistics, technical documentation, and remote installation guidance for OEM and project clients worldwide.
A: Installation typically takes less than one day with plug-and-play modular components, reducing on-site labor and setup costs.
A: The controller and circuit are equipped with surge arresters and grounded shielding to prevent damage from electrical storms.
A: Yes, the system supports multiple user logins with different permission levels for engineers, administrators, and supervisors.
A: Absolutely — our OEM & ODM services allow custom branding, logo printing, and configuration based on client project requirements.
A: Yes, all components meet CE, RoHS, and ISO9001 certifications, ensuring eco-friendly and export-compliant production.
A: Shenzhen Kongfar offers a standard 5-year warranty on batteries and a 10-year warranty on solar panels, with full technical support.
A: You can contact Shenzhen Kongfar Technology directly via our website or email to receive a customized quotation and solution proposal.
When tower safety depends on power reliability, there’s no room for compromise.
Shenzhen Kongfar Technology Co., Ltd., a China-based solar power kit manufacturer, delivers solar-powered CCTV systems built for GNSS monitoring, remote surveillance, and off-grid infrastructure worldwide.
✅ Ensure 24/7 uptime
✅ Reduce maintenance costs by 60%
✅ Support CE, ISO, and RoHS certifications
✅ Custom OEM & ODM available
Contact us today to discuss your next solar-powered GNSS tower monitoring project. 🌍
👉 please visit our website at [www.kongfar.com](https://www.kongfar.com) or email us directly at tony@kongfar.com
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