Learn more：
Solar Controller：https://swiott.com/products/scc-120-l-lora-solar-mppt-controller
Zhaga Motion Sensor：https://swiott.com/products/zgs01-zhaga-24ghz-radar-sensing-module
Traditional public street lighting systems keep lamps running at full output throughout the whole night, bringing substantial wasted energy and raising continuous operational costs for municipal and infrastructure projects. Most legacy lighting hardware lacks responsive perception capability, lamps maintain high brightness even when roads are empty with no passing traffic or pedestrians. Many solar powered installations also face difficulties balancing solar energy harvesting, battery protection and flexible lighting adjustment under complex outdoor conditions. This combined hardware set of solar street light controller and Zhaga motion sensor delivers a complete practical solution to these widespread pain points.
The Zhaga compatible motion sensor adopts high frequency radar detection technology to capture subtle movement within monitoring range. It can reliably distinguish moving vehicles and walking pedestrians, and shows strong immunity against common environmental disturbances such as wind blown branches and light changes. Once motion targets are identified, it transmits trigger signals to the matched solar street light controller instantly. Installation follows standard Zhaga socket specifications, which allows fast field fitting onto existing lamp heads without large scale mechanical modification for retrofit projects.
Working cooperatively with the motion sensor, the solar street light controller undertakes core power management for the whole lighting unit. It executes optimized MPPT algorithms to maximise solar energy collection during daytime hours, rationally completing charging and discharging cycles while implementing comprehensive battery protection mechanisms to prevent over charging and deep discharge damage. When receiving trigger signals sent by the motion sensor, the controller dynamically adjusts lamp output power, lifting brightness for safe road illumination upon vehicle or human approach, and dimming light levels when the monitored area stays inactive.
Beyond motion triggered lighting logic, the controller supports multiple mainstream wireless communication protocols. Operation teams can remotely access device endpoints, view real time operational metrics, and modify lighting schedules and brightness thresholds via cloud management platforms. Built in real time clock and calendar functions enable independent offline operation, so lighting sequences can still run normally even when cloud network connection is temporarily lost. Both devices adopt high grade outdoor enclosure protection, resisting moisture, dust and sharp temperature shifts for long term stable performance in varied field environments.
Open accessible interfaces are reserved on the controller side, supporting seamless docking with third party management platforms and gateway systems, which creates great flexibility for large scale project deployment and system integration work. This solution fits both brand new solar street light roll outs and renovation upgrades for original public lighting networks. By avoiding unnecessary long time high power lighting output, it effectively cuts overall energy consumption, slows down battery and lamp ageing progress, and reduces frequent field inspection burdens for maintenance crews.
The video demonstrates real world working effects under road scenarios. As vehicles drive past street lamps equipped with this hardware combination, lighting responds promptly to deliver sufficient visibility, while keeping unnecessary energy waste under control. Whether applied on urban arterial roads, suburban access roads, residential zones or park walkways, this hardware combination provides deployable, cost effective smart lighting performance for diverse smart city construction requirements.
If you are looking for reliable smart lighting hardware for your ongoing or upcoming projects, feel free to reach out to our team. We can provide product specifications, technical support, customised solution advice and bulk order information to match your project demands.
