3,000 LoRa-Connected Solar Streetlights in Florida, USA

Article summary

A NetJoin solar lighting deployment connecting 3,000 poles across tennis courts, golf courses and resorts in Florida through LoRa gateways and a customized Solar IoT cloud platform.

Note 01

## Project overview

Note 02

NetJoin delivered a solar smart street lighting project in Florida, USA, covering 3,000 light poles across tennis courts, golf courses and resorts. Each pole was equipped with an IoT controller to bring generation, battery storage, consumption and fault information into a centralized monitoring platform.

Note 03

## System architecture

Project overview

Explore the matching solution

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Solar light platformReview controller monitoring, battery data, remote parameters, and solar lighting reports.Solar lighting solutionSee the system architecture for off-grid and hybrid solar street lighting projects.Solar IoT controllersCompare controller and gateway categories for solar street light monitoring.

System architecture

The system combines a customized Solar IoT cloud platform, LoRa communication gateways and on-site smart controllers. Field controllers collect local operating data and manage lighting; LoRa gateways connect the distributed poles to the platform for remote commands and monitoring.

On-site installation and lighting control

The solution was adapted to local network conditions and site requirements. Clamp-mounted installation was followed by switching, dimming and data-upload checks on each pole. Court lighting can be remotely switched and dimmed, with schedules aligned to play and training hours.

Monitoring and maintenance

The platform and mobile app allow the operations team to review device status and remotely control lighting. The system reads voltage, current, power and temperature data for solar panels, batteries and loads, and issues alerts for abnormal battery, panel or load conditions.

Daily and monthly queries provide working hours, charge/discharge data and historical operating curves. Battery curves show discharge, standby and charging phases to support maintenance decisions.