Home>Products> Solar Lighting > Split Solar Street Light

Split Solar Light

1.Multi-sensor fusion for real-time monitoring of meteorological, safety, and energy consumption data.
2.Wireless design eliminates the need for trench digging and cabling, enabling zero-infrastructure rapid installation.
3.Smart infrared sensing accurately identifies vehicle and pedestrian movements to dynamically adjust brightness.
4.Abnormal behavior monitoring + emergency lighting response.

Send Inquiry

Description

Product Introduction

● Multi-Sensor Fusion

Integrates light/infrared/temperature-humidity/particulate matter sensors to perceive environmental data in real time, empowering smart decision-making.

● Wireless Deployment

No trench digging or cabling required – enables rapid zero-infrastructure installation, reducing costs by 60% and adapting flexibly to all terrains.

● Active Security Linkage

Monitors abnormal behavior and triggers emergency lighting responses, with acoustic-optical alarms + cross-device coordination to safeguard public safety.

● Open Ecosystem Compatibility

Modular interfaces + standardized protocols allow seamless integration with mainstream IoT platforms and support third-party application expansion.

● Scenario-Based Value

Covers smart cities, industrial parks, ecological protection, and emergency response, driving data-driven energy and safety management.

Multi-Sensor Fusion

Split Solar Light integrates multi-environmental perception modules to monitor meteorological, safety, and energy consumption data in real time, providing underlying data support for smart cities, industrial parks, and ecological protection areas.

Core Sensor Configuration and Functions

Sensor Type	Technical Parameters	Scenario Value
Illuminance Sensor	Range: 0–100,000 Lux, Accuracy: ±3%, Response Time: <50ms	Dynamically adjusts light brightness for "demand-based lighting," reducing energy consumption by 40–60%.
Infrared Human Sensor	Detection Range: 8–12m, Angle: 120°, Anti-Interference Algorithm (filters animal/noise)	Lights up when people approach and dims when they leave, enhancing energy efficiency by 70% and runtime.
Temperature/Humidity Sensor	Temperature Range: -40°C–+80°C, Humidity: 0–100%RH, Accuracy: ±2%RH	Alerts for extreme weather (e.g., high-temperature overload, low-temperature battery failure) and adjusts operation modes.
Particulate Matter Sensor	PM2.5/PM10 dual-channel detection, Resolution: 1μg/m³, Data Update Rate: 1Hz	Monitors air quality in real time, supporting pollution tracing and emergency responses for environmental authorities.
Micro-Meteorological Sensor	Wind Speed: 0–60m/s (cup anemometer), Rainfall: 0–4mm/min (tipping bucket), Air Pressure: 300–1100hPa	Warns of typhoons, rainstorms, and other disasters; shut down non-essential equipment and protect infrastructure.

Data Fusion and Edge Computing

Multi-Modal Data Integration: Built-in MCU chip fuses illuminance, temperature/humidity, and particulate matter data into an Environmental Health Index (EHI) to inform urban management decisions.
Edge Computing Capability: Locally preprocesses data and only uploads abnormal events (e.g., PM2.5 exceedances, unusual human gatherings), reducing cloud computing and bandwidth costs.
Open API Interfaces: Supports MQTT and CoAP protocols for seamless data integration with city-level platforms for environmental protection, transportation, and security.

Wireless Deployment

Split Solar Light employs wireless power supply and wireless communication technologies to break free from traditional street lights' reliance on power grids and cables, enabling "zero-infrastructure" rapid deployment.

Three Advantages of Wireless Installation

1.60% Reduction in Engineering Costs

No Trench Digging or Cabling: Eliminates road-breaking construction, saving costs on cables, pipes, and labor. Single-lamp installation costs drop from 300–500 RMB for traditional street lights to 120–180 RMB.

Rapid Deployment: 50–100 lamps can be installed daily, reducing construction time to 1/5 of traditional solutions, especially suitable for emergency lighting (e.g., post-disaster reconstruction, temporary events).

2.Full Terrain Adaptability

Independent power supply in grid-uncovered areas, suitable for deserts, islands, remote mountainous regions, and other areas without grid coverage.

3.Flexible Expansion and Relocation

Plug-and-Play: Adding new lamps only requires fixing the lamp post and installing solar panels, with no need for re-wiring.

Dynamic Adjustment: Lamps can be quickly relocated to high-demand areas (e.g., night markets, temporary parking lots) based on traffic and pedestrian flow changes.

Anti-Interference and Reliability Design

Wireless Power Supply Technology: Uses magnetic resonance coupling (MRC) or laser wireless power transmission with >85% efficiency and strong anti-occlusion capability (attenuation <15% in rain/fog).
Communication Redundancy Mechanism: Supports dual-mode LoRaWAN/4G communication, automatically switching when the primary link fails to ensure no data loss.
Self-Powered Backup: Built-in supercapacitor + lithium battery dual backup ensures >15 days of runtime during continuous rainy days. The communication module has independent power supply to maintain basic lighting during faults.

Product Advantages