Upgraded full-series LoRaWAN solar street light controllers solve traditional street lighting’s pain points including high power consumption, rigid scheduling, heavy manual maintenance and hidden safety hazards. Featuring MPPT technology, multi-dimensional intelligent sensing and dual working modes, it delivers high solar conversion, automatic intelligent control and real-time cloud monitoring.

Traditional global public street lighting systems suffer from prominent drawbacks: constant high power consumption, inflexible fixed lighting schedules, and labor-intensive manual inspections that burden municipal operation management. Besides, undetected lamp damage, tilted light poles and abnormal battery conditions easily trigger public safety risks, making intelligent upgrading imperative for urban and rural lighting infrastructure.
To address all pain points of traditional lighting management, the upgraded full-series LoRaWAN solar street light controllers are launched with comprehensive performance upgrades and full-scenario adaptability. The product lineup covers full power specifications for low to high-power LED street lamps, perfectly matching all types of urban and rural lighting engineering projects.
In terms of energy utilization, the controllers adopt advanced industrial MPPT (Maximum Power Point Tracking) technology to achieve ultra-high solar energy conversion efficiency. It can automatically adapt to variable sunlight intensity in cloudy, rainy and winter weather, maximizing full-year solar resource utilization and realizing efficient clean energy application.
Equipped with multi-dimensional intelligent sensing and core algorithm technologies, the product supports precise real-time GPS asset positioning. The built-in pole tilt detection system can instantly identify tilted or collapsed light poles and push early warnings to the cloud platform. Integrated with an astronomical clock algorithm, the system automatically switches lights on and off based on local sunrise and sunset time, achieving completely unmanned intelligent scheduling.
The system supports real-time cloud remote monitoring of core operating data, including battery voltage, charging and discharging current, and load power. Automatic alarm notifications will be triggered for device faults, low battery power and circuit abnormalities, which drastically improves maintenance efficiency and avoids manual inspection omissions.
Two stable and reliable working modes are available to adapt to diverse regional environments. The off-grid solar mode is tailored for remote suburbs, mountainous areas and villages without complete power grid coverage. The grid-tied backup complementary mode guarantees stable road lighting in cities during long rainy periods with insufficient solar power supply, ensuring uninterrupted lighting service.
All controllers feature IP67 full industrial waterproof, dustproof and anti-corrosion rating, enabling long-term stable operation under extreme harsh conditions such as high temperature, heavy rain, strong wind and frost, with excellent environmental adaptability and durability. Every product undergoes strict industrial testing, ensuring stable performance and long service life.
In terms of application value, the intelligent control system effectively reduces municipal grid power consumption and annual energy expenditure. It eliminates frequent manual road inspection work, saves massive labor costs and lowers the overall operation and maintenance investment of lighting projects.
The product boasts extensive application scenarios, covering municipal road lighting, urban park landscape lighting, community street lighting, parking lot lighting, scenic area lighting and rural road renovation projects. The brand supports global wholesale distribution, engineering project cooperation, government bidding projects, as well as personalized OEM and ODM customization services. Overseas engineering contractors, lighting distributors and municipal purchasers are welcome to consult for detailed product parameters, project cases and exclusive wholesale prices.