Product Introduction
● High Integration and Low Energy Consumption
Modular Design: Modules such as charging piles, sensors, and broadcasting systems use standardized interfaces, supporting on-demand expansion to avoid repetitive construction.
Dynamic Dimming and Energy Saving: Automatically adjusts brightness based on ambient light and traffic flow. Combined with photovoltaic power generation and energy storage systems, overall energy consumption is reduced by 40%.
● Open Ecosystem and Data Enablement
Open API Interfaces: Provide data interfaces (e.g., traffic flow, charging pile status) to third-party developers, supporting the development of innovative applications such as smart parking and shared mobility.
Carbon Trading Potential: Through photovoltaic power generation and V2G peak regulation, an annual carbon reduction of 1.2 tons per lamp post can be achieved, enabling participation in carbon trading markets to create additional revenue.
● Social Benefits and Urban Image Enhancement
Enhanced Livelihood Happiness: Reduces traffic congestion, provides convenient charging, and optimizes public services, enhancing citizens' perception of smart cities.
Investment Attraction: As a symbol of urban innovation capabilities, it attracts enterprises in new energy, vehicle networking, and other fields to settle in, promoting industrial upgrading.
Intelligent Traffic Coordination
Vehicle-Road Coordination Sensing and Dynamic Regulation
Multi-Source Data Fusion: Lamp posts integrate millimeter-wave radar, lidar, and AI cameras to collect real-time data on traffic flow, vehicle speed, and pedestrian density. Local analysis is conducted through edge computing nodes (computing power ≥4TOPS) to achieve dynamic optimization of traffic signals.
V2X Communication Support: Built-in 5G-V2X (vehicle networking) modules support real-time communication between vehicles, street lights, and traffic signals.
Smart Parking Guidance and Violation Monitoring
- Space-level navigation: Use UWB (ultra-wide band) technology to locate vacant parking Spaces, and link LED screens or mobile applications to guide vehicles to stop quickly, improving parking efficiency by more than 30%.
- Violation Recognition: AI cameras automatically identify illegal parking, lane crossing, and other behaviors, generate evidence chains, and push them to traffic management platforms, reducing manual inspection costs.
Enhanced Pedestrian Safety
- Smart Zebra Crossing Linkage: When pedestrians trigger geomagnetic sensors, street lights automatically adjust brightness and project dynamic zebra crossing projections, enhancing nighttime visibility by 200%.
- Blind spot warning: Detect potential collision risks between non-motorized lanes and motorized lanes through radar and interlinked broadcast system, and issue voice warnings to reduce the accident rate.
Charging Pile Integration
Integrated "Photovoltaic-Storage-Charging-Discharging" Design
- Photovoltaic Power Generation and Energy Storage: Flexible photovoltaic panels (single-post power generation ≥200W) are installed on top of lamp posts, combined with lithium battery energy storage systems (capacity 5-10kWh), to achieve a cycle mode of daytime energy storage and nighttime power supply, reducing grid load by 15%.
- Bidirectional Charging/Discharging (V2G): Supports electric vehicles to supply power back to street lights, providing peak regulation services for the urban grid during high-demand periods, with vehicle owners receiving electricity fee subsidies.
Multi-Type Charging Interface Coverage
- Fast and Slow Charging Compatibility: Each lamp post is equipped with 1×60kW DC fast charger (80% charge in 30 minutes) and 2×7kW AC slow chargers, meeting the needs of taxis, private cars, logistics vehicles, etc.
- Wireless Charging Pilot: Magnetic coupling wireless charging modules are deployed in specific areas to support electric buses and sanitation vehicles for in-motion charging, improving operational efficiency.
Intelligent Scheduling
Based on time-of-use electricity prices and charging pile occupancy rates, optimal charging periods are pushed via apps to guide vehicle owners to charge during off-peak hours, reducing charging costs by 20%.
Intelligent Broadcasting System
Full-Scene Voice Coverage and Precision Delivery
360° Omnidirectional High-Fidelity Sound: Uses directional acoustic technology to achieve clear coverage within a 100-meter radius in open areas such as squares and bus stops, with speech intelligibility (STIPA) ≥0.8 to avoid disturbing residents.
GIS Map Time-Division and Zone-Based Delivery: Delivers customized voice content (e.g., traffic updates, pandemic prevention propaganda) based on regional attributes (e.g., schools, hospitals, commercial areas) and time periods (e.g., commuting peaks, holidays).
Integration of Commercial and Livelihood Services
Localized Information Dissemination: Built-in audio libraries support merchants in launching advertisements (e.g., mall promotions, community activities), with time slots allocated through a bidding mechanism, and proceeds reinvested in street light maintenance.
Barrier-Free Services: Provides voice navigation for visually impaired individuals, guiding them safely to bus stops, metro stations, and other destinations via Bluetooth positioning and voice broadcasting.
About Us
|
Address: |
Guoji Industrial Park, Songqiao Town, Gaoyou City, Jiangsu Province, China ; |
|
Tel/WhatsApp: |
+86 18118266199; |
|
Mail: |
hjy@jcledzm.cn |
Hot Tags: intelligent street lighting system for smart city, China intelligent street lighting system for smart city manufacturers, suppliers, factory, Automatic Smart Street Light, Smart City Street Light, Smart Public Lighting, Smart Street Lighting System Using Iot, Smart Urban Lighting, Street Light Smart City
