Revitalize urban public lighting infrastructure with our high‑performance smart street light controller.
Traditional street lighting systems operate at maximum brightness throughout the whole night regardless of real‑world ambient light conditions. This outdated working mode brings massive unnecessary power loss, high municipal electricity bills, frequent on‑site inspection costs and difficult equipment status tracking. Many old lighting projects lack effective monitoring means, maintenance staff have to travel long distances to locate broken lamps, which lowers overall work efficiency and raises human‑resource expenditure.
Our smart street light controller solves all these pain points perfectly. Powered by mature cloud‑based remote management system, it delivers end‑to‑end digital operation for distributed street‑lamp assets. Project managers can log into the cloud platform from any office‑side device, view real‑time running data of every single street light unit scattered across roads, parks, industrial zones and scenic spots. You can remotely switch lights on and off, adjust output brightness level, build multi‑segment timing dimming schedules, set trigger rules linked to ambient light sensor readings. All operations take place over network, no field visit is required for daily parameter configuration.
Rich built‑in functional modules cover full‑cycle lighting operation needs. Ambient‑light‑linked automatic dimming makes lamps brighten at dusk and dim down late at night according to surrounding brightness. Real‑time fault alarm mechanism quickly feeds back abnormal signals including lamp burnout, circuit over‑voltage, over‑current and communication disconnection. System will push warning notifications to backend users, helping maintenance teams position failure points rapidly instead of blind patrolling. Complete power‑consumption statistics record daily, monthly and annual electricity usage of each lighting node. All historical operating data supports export in standard format for municipal project filing, audit report and benefit evaluation.
Adopting strict industrial‑grade hardware design, this street light controller owns excellent outdoor environmental adaptability. Reliable waterproof and dustproof structure copes with rainstorm, dew and dust pollution. Wide working temperature range keeps stable performance under scorching summer heat and freezing winter cold. It supports standard Modbus RTU communication protocol, widely accepted in smart city industry. For existing city lighting reconstruction projects, you do not need to replace all lamps; direct retrofitting on original lighting circuit is feasible, greatly cutting overall renovation budget and shortening construction cycle.
Outstanding energy‑saving performance becomes its core commercial advantage. By applying scientific dimming logic, the controller avoids meaningless full‑brightness output during low‑traffic midnight hours. Actual field projects prove obvious power reduction effect, which greatly lowers long‑term municipal electricity expenditure and accelerates capital payback speed. This product fits multiple application scenarios: municipal urban roads, suburban highways, residential community streets, tourist scenic areas, industrial parks, large‑scale parking lots, campus perimeter lighting and rural public lighting upgrade.
It supports large‑scale batch deployment for government bidding projects, engineering contractor orders and system‑integrator solution matching. We supply complete technical resources: detailed datasheets, wiring diagrams, Modbus communication protocols, deployment guides and debugging tutorials. Our global after‑sales team offers technical consultation, remote troubleshooting and product‑relevant support for overseas partners.
If you are lighting project contractor, smart‑city system integrator, municipal procurement purchaser or distributor focusing on public‑lighting hardware, feel free to send us an inquiry.
Learn more：https://swiott.com/products/scc-120-l-lora-solar-mppt-controller
