Engineered for off-grid highways, remote municipal corridors, and eco-industrial parks. Built with Grade-A LiFePO4 battery cells, high-efficiency monocrystalline solar panels (21%+ conversion), intelligent MPPT controllers, and 140°×70° batwing road optics for zero electricity costs.
Eliminate trenching, transformer installation, and high cable costs. Our engineers calculate solar radiation peak sunshine hours (PSH) per latitude to guarantee zero blackout risk.
Off-Grid Highway
Long-distance national roads and rural arteries where trenching electric power cables is financially prohibitive. Quick 15-minute pole top installation.
Anti-Typhoon Grade 14
Marine environments with high salt spray and typhoon winds. Aviation-grade 6063 aluminum body with fluorocarbon anodization resists corrosion.
Zero Carbon ESG
Zero-carbon logistics estates and industrial zones aiming for LEED / ESG carbon neutrality certification with smart PIR motion detection.
Rapid Deployment
Temporary access roads and remote mining corridors requiring relocatable lighting that can be unbolted and re-sited as the project moves.
We strictly reject recycled or second-hand ternary cells. All LinkSow solar street lights utilize brand-new BYD/CATL Grade-A LiFePO4 cells with built-in thermal BMS protection.
Integrated All-in-One models and high-power split systems. Click any product card to view the dedicated independent detail page.
All-in-one integrated luminaire with 120Wp monocrystalline panel, 50Ah LiFePO4 pack, and smart MPPT controller.
Streamlined design ideal for 6m village roadways, resort internal paths, and community parking bays.
Independent 200Wp solar panel with 360° tilt angle tracking and high-capacity battery box mounted under the solar panel or pole base.
Integrated 4G SIM / LoRaWAN gateway. Real-time battery SOC monitoring, automated fault alerts, and remote brightness scheduling via web platform.
Every project location has different peak sunshine hours (PSH). We calculate exact PV panel wattage and battery capacity to ensure uninterrupted illumination.
Provide your GPS coordinates or country city. We run NASA meteorological data to determine exact watt-hour requirements.
For cold climates down to -30°C, we provide internal PTC self-heating film that activates before charging to prevent lithium plating.
Centralized monitoring for entire municipal solar fleets with automated SMS/email alerts for panel cleaning or vandalism detection.
Heavy-duty hot-dip galvanized pole brackets with angle graduation scale (15° to 35°) to maximize winter solar capture.
Provide your installation country and road layout. Our solar engineering desk will calculate battery autonomy and send complete tender specifications.