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Solar Smart Street Lighting Solution

Solar Smart Street Lighting Solution

INLUX SOLAR Solar Smart Street Lighting Solution seamlessly connects the City smart lighting platform and smart solar street lighting fixtures via IoT network, enabling remote on/off / dimming, scheduling tasks, and fault alarm functions. IoT networks support large-scale device access and real-time management, making them ideal for various solar street lighting scenarios. It helps users achieve high energy efficiency, improve operational efficiency, and reduce maintenance costs.

Looking for a broader solution overview? See our Smart Street Lighting System page to compare solar, AC, and smart pole options.

Description

Features
Specifications
Components
Optional
Installation
Projects

Core Technologies of Solar Smart Street Lighting Solution

Real-Time Monitoring
Monitor key operational parameters of each solar street light in real time, including battery status, voltage, current, power generation, and lighting performance through the cloud platform.

Remote Configuration & Control
Adjust brightness, lighting schedules, and controller parameters remotely without on-site intervention, greatly reducing maintenance workload.

Intelligent Dimming & Energy Optimization
Flexible dimming schedules optimize energy usage and extend lighting duration when solar energy is limited.

Proactive Fault Detection & Alarm
Automatically detect system faults and send real-time alerts, including battery issues, PV input faults, and LED load abnormalities.

GIS-Based Device Management
Visualize device locations and operational data on a GIS map, enabling fast device search, grouping, and project-level control.

Data Reports & System Analytics
Automatically generate energy consumption and alarm reports daily, monthly, or annually to support system analysis and maintenance planning.

Solution Architecture Options
Flexible control architectures for different project scales and budgets.

Solution Architecture Options

Flexible control architectures for different project scales and budgets.

4G IoT Smart Solar Lighting Solution

Positioning

Direct cloud-based monitoring and control for each solar street light.

How It Works
Each luminaire is equipped with a solar controller and a 4G wireless communicator. The communicator connects directly to the cloud platform via the cellular network.
Every device operates independently, allowing full individual control.

Key Features

  • Direct cloud connection via 4G
  • Real-time monitoring of each lamp
  • Individual lamp control
  • No gateway required
  • Suitable for distributed installations

Core Hardware

  • Solar Controller
  • 4G Wireless Communicator
  • Ideal for distributed solar light

Typical Applications

  • Highway lighting
  • Rural solar street lighting projects
  • Distributed lighting installations
  • Smart city pilot projects

LoRA Smart Solar Lighting Solution

Positioning

Long-distance wireless networking solution for large-scale solar lighting systems.

How It Works
Each solar street light is equipped with a LoRa wireless communicator.
Devices communicate with a gateway via LoRa, and the gateway connects to the cloud platform through 4G.
One gateway can manage up to 1000 lighting nodes.

Key Features

  • RF communication between lamps and gateway
  • Reduced SIM card usage
  • Stable communication for clustered installations
  • Lower communication cost

Core Hardware

  • Solar Controller
  • RF Wireless Communicator
  • Smart Gateway

Typical Applications

  • Industrial parks
  • Campus lighting
  • Residential areas
  • Urban solar lighting networks

4G vs LoRA Solution Comparison

Feature 4G IoT Solution LoRA Solution
Communication Mode Direct 4G LoRA + Gateway
SIM Card Each lamp Only gateway
Control Type Individual lamp control Network/group control
Device Capacity Unlimited Up to 1000 lamps per gateway
Coverage Depends on cellular network Up to 1500m gateway radius
Communication Cost Higher Lower
Best Application Distributed lighting projects Large clustered lighting networks

Circuit Control Solution

4G Wireless Communicator

Parameter Specification
Working Voltage 9–60VDC / 3.9–4.2VDC
Communication TCP
Average Power 1–2W
Working Temperature –40°C ~ +85°C
IP Grade IP66

LoRA Smart Solar Lighting Solution

4G Wireless Communicator

Parameter Specification
Working Voltage 4–5.5VDC
Communication LoRA
Static Power <0.5W
Working Temperature -40°C ~ +85°C
IP Grade IP65

4G Wireless Communicator

Parameter Specification
Working Voltage 9-36V / 0.05-0.2A
Uplink Communication LTE-TDD / LTE-FDD / WCDMA / GSM
Downlink Communication RF 2.4-2.5GHz
Working Temperature -40°C ~ +85°C
IP Grade IP65

smart control cloud system Video

SMART CONTROL CLOUD SYSTEM

Projects

Location: Ningbo,China
Solution: Smart Pole
Products: 47 Smart Poles

Location: Yiwu,China
Solution: Smart Pole
Products: 43 Smart Poles

Location: Hangzhou,China
Solution: Smart Pole
Products: 140 Smart Poles

Location: Ningbo,China
Solution: Smart Pole
Products: 72 Smart Poles

Define the Solar Monitoring Scope

List the battery, PV and lighting information the operator needs to see, together with the control actions and alarm workflow. Share the site layout, cellular coverage information and intended operating schedule. Request a proposed device-to-platform architecture, commissioning checks, access permissions and recurring-cost scope. Monitoring and dimming do not replace the separate review of solar generation, usable storage and nightly load.

Review the smart lighting architecture comparison or send the project brief for a quotation.