The integrated smart charging pole and streetlight system is an innovative urban infrastructure solution that combines smart charging stations with streetlights, providing multiple integrated functions.
Key Features
1. Charging Function
-Efficient and Convenient: Provides charging services for electric cars and e-bikes. Users can easily find charging poles beneath streetlights, making it convenient to charge vehicles without the need to search for dedicated charging stations, saving both time and effort.
-Multiple Charging Interfaces: Equipped with different types of charging interfaces to meet the needs of various vehicles. Whether it’s a national standard interface or a proprietary one, the integrated smart charging pole and streetlight offer the appropriate charging options.
-Smart Charging Management: Uses advanced intelligent charging technology to automatically adjust power and current based on the vehicle’s battery status, ensuring safety and efficiency. Users can also remotely monitor charging via mobile apps, schedule charging times, or set timers.
2. Lighting Function
-Smart Lighting Control: Functions as a streetlight with smart lighting features. It adjusts brightness automatically based on environmental light levels and time of day. For example, during late-night hours, it reduces brightness to save energy, and at dawn or dusk, it adapts to current lighting conditions to optimize energy use.
-Fault Detection and Alerts: Like traditional streetlights, it can detect issues such as bulb failures or wiring problems and automatically send alerts to the management platform, allowing maintenance staff to respond quickly and improve maintenance efficiency.
Data Collection and Transmission
-Environmental Monitoring: Integrated with sensors to monitor air quality, temperature, humidity, and noise in real-time. These environmental data points help city management teams assess urban conditions and take necessary actions for environmental improvement.
-Traffic Monitoring: Equipped with cameras or sensors to monitor traffic flow, vehicle speed, and vehicle types. This data provides valuable insights for traffic management departments to optimize signal control and improve road efficiency.
-Data Transmission: All collected data are transmitted wirelessly to a centralized management platform for analysis, supporting decisions related to city planning, traffic management, and environmental protection.
Advantages
1. Space-Saving Design
-Integrated Infrastructure: Combining charging stations and streetlights reduces the overall footprint of urban infrastructure. In areas with limited space, this design optimizes the use of roadside space, eliminating the need for separate installations of charging stations and streetlights.
-Multi-Function Integration: In addition to charging and lighting, other functions like environmental and traffic monitoring can also be integrated, reducing the number of infrastructure components and maximizing space efficiency.
2. Improved Energy Efficiency
-Solar Power Supply: Some integrated smart charging poles and streetlights use solar panels to convert sunlight into electricity, providing a green energy source for both lighting and charging. This reduces dependence on the traditional power grid and helps achieve sustainable development.
-Intelligent Energy Management: The smart energy management system monitors and manages energy consumption in real-time. It automatically adjusts charging power and lighting brightness based on actual demand, optimizing energy use and increasing overall efficiency.
Enhancing Urban Intelligence
-Smart Connectivity: Through IoT technology, the integrated system can connect with other urban infrastructure, enabling intelligent management and coordinated operations. For example, it can work with traffic lights and smart parking systems to improve urban traffic management.
-Data Analytics and Application: The collected data provide valuable insights for city management, helping to optimize urban planning, traffic control, and environmental protection. By analyzing this data, cities can identify operational issues and bottlenecks and propose targeted solutions, enhancing smart city development and management efficiency.
Application Scenarios
1. City Roads
Installing integrated smart charging poles and streetlights along city roads provides convenient charging for electric vehicles while also illuminating streets for pedestrians. This application enhances road safety and convenience, supporting the adoption and growth of electric vehicles.
2. Parking Lots
In parking lots, these systems offer charging services for electric cars and provide lighting for the area. This enhances the overall service level and intelligence of parking facilities, offering a better experience for car owners.
3. Residential Communities
In residential communities, installing these systems provides residents with easy access to charging services for their electric cars and e-bikes, while also ensuring sufficient lighting. This improves community convenience and adds a layer of smart infrastructure.
4. Commercial Areas
In commercial districts, these systems offer charging services for electric vehicles while providing lighting and environmental monitoring. This enhances the service level and intelligence of the area, attracting more consumers and businesses.
In summary, the integrated smart charging pole and streetlight system is an innovative urban infrastructure solution that combines charging, lighting, and data collection functions. It offers space-saving benefits, improves energy efficiency, and enhances urban intelligence. As electric vehicles become more popular and smart cities grow, these integrated systems will see widespread use.
Neardi is a national high-tech enterprise committed to providing one-stop solutions. We manufacture system on modules, development boards, and fanless industry embedded computers that help save both development and time costs for your projects. If you have a project involving an integrated smart charging pole and streetlight system, feel free to inquire.