An infrared night vision camera is installed for 24-hour monitoring. Installs easily and is waterproof to IP65 standards.
Integrated lighting and monitoring functions, equipped with high-definition cameras, can be remotely monitored in real time to improve safety, solar power supply, energy saving and environmental protection.
| Solar panel | maximum power | 18V(High efficiency single crystal solar panel) |
| service life | 25 years | |
| Battery | Type | Lithium iron phosphate battery 12.8V |
| Service life | 5-8 years | |
| LED light source | power | 12V 30-100W（Aluminum substrate lamp bead plate, better heat dissipation function） |
| LED chip | Philips | |
| Lumen | 2000-2200lm | |
| service life | > 50000 Hours | |
| Suitable installation spacing | Installation height 4-10M/installation spacing 12-18M | |
| Suitable for installation height | Diameter of upper opening of lamp pole: 60-105mm | |
| Lamp body material | aluminium alloy | |
| Charging time | Effective sunshine for 6 hours | |
| Lighting time | The light is on for 10-12 hours every day, lasting for 3-5 rainy days | |
| Light on mode | Light control+human infrared sensing | |
| Product certification | CE、ROHS、TUV IP65 | |
| Camera network application | 4G/WIFI | |
Solar power generation and energy storage can operate stably even offline. A full charge can last for 2-3 cloudy or rainy days, and it supports 24-hour uninterrupted monitoring and nighttime lighting.
Simplifies installation and drastically lowers construction and deployment costs by integrating photovoltaic panels, lithium batteries, LED light sources, surveillance cameras, and controllers without the need for separate wiring.
IP65 waterproof and dustproof rating, corrosion-resistant aluminum alloy casing, maintenance-free core components, stable operation even in low-temperature environments, suitable for a variety of outdoor applications.
Nighttime lighting and security monitoring are provided to prevent theft and unauthorized access on village, rural, and field roads with limited security and no power grid.
Parks, scenic areas, community green belts, and small squares, balancing lighting requirements with security controls to ensure public safety.
Auxiliary roads within industrial parks, construction sites, mining roads, and warehouse perimeters: Can be deployed quickly and without wiring to monitor material safety and operational status.
Border outposts, remote communication base stations, reservoir dams, and village entrances: Provides continuous 24-hour monitoring; self-powered to adapt to environments without a power grid, improving security efficiency.
