Introducing the EV Car Charging Pile 5-in-1 Antenna by VLG Wireless Technology, a hightech solution crafted to meet the diverse connectivity demands of modern vehicles and industrial applications. This state-of-the-art antenna seamlessly integrates five powerful functionalities4G/LTE, Wi-Fi, Bluetooth, and GNSS into a sleek, compact enclosure. Engineered with VLG's signature innovation and precision, it is ideal for electric vehicle charging stations, engineering vehicles, agricultural machinery, smart cabinets, and other specialized applications.
With a robust IP67-rated design, this antenna ensures exceptional durability in even the harshest environments while delivering superior connectivity across multiple frequencies. Whether it's providing strong data connections, accurate navigation, or seamless wireless communication, the EV Car Charging Pile 5-in-1 Antenna from VLG Wireless Technology is the ultimate choice for enhancing the efficiency and connectivity of your devices.
VLG charging pile antenna solution currently serves customers: Sungrow Power Supply Co., Ltd., Quectel, etc.
Product Details and Unique Features
The EV Car Charging Pile 5-in-1 Antenna is an advanced, multi-functional antenna system engineered specifically for electric vehicle (EV) charging stations. It combines the functionalitiesof 5G, 4G/LTE, Wi-Fi, Bluetooth, and GNSS into a single, robust unit, providing seamless communication and connectivity for various applications associated with EV charging infrastructure. This antenna is designed to enhance user experience by enabling accurate location services, secure payment transactions, and real-time data transfer.
1. multi-band 5G, 4G/LTE Antennas
• Frequency Range: 700-960 MHz / 1710-2690 MHz
• Gain: >-2.5 dB
• Functionality: The dual 5G, 4G/LTE antennas ensure robust cellular connectivity, crucial for maintaining continuous communication between the EV charging station and the central network. This connectivity enables the station to update its status, send notifications about charging availability, and process transactions securely.
2. Dual-band Wi-Fi Antenna
• Frequency Range: 2400-2500 MHz / 5150-5850 MHz
• Gain: >-2.5 dB
• Functionality: The Wi-Fi antenna facilitates direct communication between the charging station and nearby EVs. When drivers approach the station, this antenna provides instant connectivity, enabling them to access charging services through their mobile devices. This connectivity also supports payment processing, allowing users to securely complete transactions via their smartphones or other connected devices.
3. Bluetooth Antenna
• Frequency Range: 2400-2500 MHz
• Gain: >-2.5 dB
• Functionality: The Bluetooth antenna supports short-range wireless communication, allowing the EV charging station to interact with vehicles and mobile devices within close proximity. This feature is particularly useful for identifying registered users, enabling automatic authentication, and initiating charging sessions seamlessly.
4. GNSS Antenna (GPS L1 / BDS B1)
• Frequency Range: 1559-1609 MHz
• LNA Gain: 10±3 dB
• Functionality: The GNSS antenna ensures accurate location tracking, allowing the charging station to broadcast its precise location to nearby drivers. This feature is essential for EV drivers relying on navigation apps to find the nearest charging station. Additionally, it helps the station's management system optimize the allocation of charging resources based on real-time location data.
Enhanced Functionality for EV Charging Stations
The EV Car Charging Pile 5-in-1 Antenna is designed to significantly improve the functionality and user experience at EV charging stations. Here’s how:
1. Location Services and Driver Assistance
• The integrated GNSS antenna enables the charging station to continuously broadcast its location to nearby vehicles. Drivers searching for charging stations can easily find the station using their vehicle’s navigation system, ensuring they reach their destination without unnecessary detours. This feature is particularly beneficial in urban areas or along busy highways where drivers need quick access to charging points.
2. Seamless Payment and Connectivity
• With the dual-band Wi-Fi antenna, the charging station provides a direct and secure connection for payment processing. As soon as a vehicle is within range, the antenna establishes a connection, allowing the driver to pay for charging services via a mobile app or directly through their vehicle’s infotainment system. This reduces waiting times and enhances the overall user experience by providing a quick and hassle-free payment process.
3. Real-time Communication and Updates
• The 4G/LTE antennas ensure that the charging station remains connected to the central network at all times. This connectivity allows the station to receive updates, send status reports, and communicate with the management system in real time. As a result, drivers can receive up-to-date information about charging availability, estimated wait times, and any maintenance activities that might affect their charging session.
4. Proximity-based Interaction
• The Bluetooth antenna plays a crucial role in proximity-based services. As vehicles approach the charging station, the antenna can interact with the vehicle’s Bluetooth system to automatically authenticate the driver and initiate the charging process. This eliminates the need for manual input, making the charging experience more efficient and user-friendly.
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