What is Hybrid Solar-Wind CCTV System?
A Hybrid Solar-Wind CCTV System is a fully off-grid video surveillance solution that integrates solar photovoltaic (PV) panels with vertical-axis wind turbines to generate renewable, independent power for security cameras, wireless transmission devices, and control systems.
Unlike traditional CCTV installations that rely on grid electricity and extensive cabling, hybrid systems allow for autonomous operation in remote, power-scarce locations. The system continuously harvests energy from two renewable sources:
Solar Energy: Captured during daylight hours.
Wind Energy: Harvested during windy periods, including nighttime and cloudy days.
The integration ensures year-round operational stability, minimizing the risk of downtime caused by fluctuating weather patterns.
Why Remote Locations Need Solar-Wind Hybrid CCTV?
Globally, thousands of critical infrastructures operate in power-deficient zones:
Border Checkpoints
Oil Fields and Gas Pipelines
Remote Construction Sites
Mountain Roads and Passages
Large Agricultural Lands
Fish Farms and Wetlands
Isolated Villages and Disaster Zones
Key Pain Points Solved:
| Problem | How Hybrid Solar-Wind CCTV Helps |
|---|---|
| Power Unavailability | Generates self-sustaining energy |
| High Civil Engineering Cost | No trenching, no grid connection |
| Harsh Environmental Conditions | Operates from -30°C to +60°C |
| Remote Accessibility | Remote monitoring via 4G LTE |
| Security Downtime | Redundancy minimizes blackout risk |
The Growing Global Market for Solar CCTV
According to MarketsandMarkets Research (2024):
Global Solar-Powered Security Camera Market:
USD 1.7 Billion (2024) → USD 3.5 Billion (2029)
CAGR: 14.5%
Major Growth Drivers:
Green energy demand
Security needs in power-deprived zones
Government smart city & rural protection programs
Private sector infrastructure security expansion
System Advantages: Why Choose Hybrid?
| Advantage | Explanation |
|---|---|
| True 24/7 Operation | Continuous energy generation through dual renewable sources |
| Zero Utility Cost | Fully independent from the grid |
| Lower Installation Cost | Avoids expensive trenching and power line installation |
| Adaptability | Suitable for any remote or extreme climate |
| Eco-Friendly | 100% renewable, zero emissions |
| Highly Scalable | Flexible module-based expansion |
Project Background: Hebei, China Deployment
In 2024, SNOSECURE was contracted to provide an autonomous surveillance system for a critical infrastructure site in remote Hebei Province, China.
Client Requirements:
Fully wireless operation
Stable year-round energy supply
Operation under heavy snow and strong winds
Reliable human detection & intrusion alarms
ODM customization for their brand logo
Fast deployment under 60 working days
Key Challenges
| Challenge | Solution |
|---|---|
 Extreme Cold (-30°C) | Heated lithium battery design |
 Strong Winter Winds | Vertical-axis wind turbine stability |
 Low Sunlight in Winter | Dual renewable source design |
 Remote Mountain Terrain | Lightweight, modular installation |
 No Power or Network Access | 4G LTE Dual-SIM failover system |
 False Alarms | AI-powered object classification |
The Solution by SNOSECURE
About SNOSECURE:
With over 19 years of manufacturing expertise and 8,000㎡ factory space, SNOSECURE delivers highly customized solar-powered security solutions globally — combining ODM/OEM production, advanced AI analytics, and global logistics capacity.
For Hebei deployment, SNOSECURE delivered a fully integrated hybrid solar-wind CCTV system, offering 100% self-powered operation and advanced AI analytics for real-time threat detection.
Technical Specifications
| Module | Specification |
|---|---|
| Solar Panel Output | 600W (high-efficiency monocrystalline) |
| Wind Turbine | 400W Vertical Axis (low-noise design) |
| Energy Storage | 48V 200Ah LiFePO4 Battery |
| Average Autonomy | 5-7 Days |
| Camera Types | PTZ Camera + AI Bullet Camera + Dome Camera |
| Video Resolution | 4MP / 8MP Ultra HD |
| Video Analytics | Human Detection, Line Crossing, Motion Tracking |
| Connectivity | 4G LTE, Dual SIM Redundancy |
| Remote Management | Web Portal & Mobile App |
| Operating Temp | -30°C ~ +60°C |
| Waterproof Rating | IP66 |
| Mast Height | 6 Meters (Corrosion Resistant Alloy) |
| ODM Branding | Full client branding and packaging |
| Certifications | CE, FCC, UKCA, RoHS, ISO9001 |
| Lead Time | 35 days production + 25 days delivery |
The Build Process Pre-Production Phase:
Detailed system design & wind-solar simulation testing.
ODM customization of housing & logo integration.
Remote pre-shipment system testing.
Deployment Phase:
Modular packaging for fast on-site assembly.
Installation completed within 5 days.
Remote commissioning & calibration performed via secure platform.
Post-Deployment Support:
24/7 technical support
Remote firmware upgrades
Preventive maintenance alerts
System Features & PODS (Point of Differentiation & Strength)
Dual Renewable Energy System
AI-Powered False Alarm Reduction
Zero Grid Dependency
Rapid Deployment (≤60 working days)
ODM & Private Label Customization
Global Certification Ready
Remote Cloud Management Platform
Ruggedized Industrial Engineering
Global Export Compliance
Project Results
| KPI | Value |
|---|---|
| Operational Stability | 99.9% Uptime |
| Uninterrupted Run-time | 180+ Days Continuous |
| Downtime Recorded | Zero Failures in Winter |
| Snow Load Resistance | 80kg/m² |
| Average Installation Savings | 35% vs. wired CCTV |
| Client Satisfaction | Expanded order for 3 additional sites |
Project Gallery：High-altitude wind-solar hybrid tower
Campus small-scale hybrid post (Image 2)
Fish farm single solar unit (Image 3)
Village roadside double-solar unit (Image 4)
Snowfield extreme cold test deployment (Image 5)
Why Choose SNOSECURE?
| Strength | Details |
|---|---|
 Manufacturing Power | 8,000㎡ factory with 6 production lines |
 Global Export Experience | USA, Europe, Middle East, Africa, Japan |
 Full ODM/OEM Service | Product design, packaging, logo branding |
 Certifications | CE, UKCA, FCC, ISO9001, RoHS |
 Fast Lead Time | 35-40 days production |
 24/7 Support | Global technical support center |
Frequently Asked Questions (FAQ)
Q1: Can the system operate during long cloudy periods?
Yes. Wind turbines continuously supplement solar production. The battery pack ensures 5-7 days of autonomy even during zero-sun conditions.
Q2: What happens in extremely cold climates?
SNOSECURE uses industrial-grade lithium batteries with built-in heating elements to prevent freezing and maximize discharge efficiency.
Q3: How scalable is the system?
Fully modular design allows for standalone units or networked deployments across large geographic areas.
Q4: Can I customize the system with my brand?
Absolutely. We offer complete ODM and private label services including housing color, logo, packaging, and software branding.
Q5: What are typical lead times?
Production: 35 days
Shipping (global): 20-25 days
Installation: 3-7 days depending on site complexity.
Secure Your Remote Site With Proven Hybrid Technology.
With over 19 years of experience, SNOSECURE delivers globally trusted solar-wind surveillance solutions, fully customized to your project needs.
Contact Our Project Team Today:
simple@camhiprocam.com
www.camhiprocam.com
