Charging Piles And Solutions With 720kW Liquid Cooling Dispenser Energy Systems
Charging Piles And Solutions With Swipe Card Reader And Natural Cooling Dispenser
Charging piles equipped with swipe card readers and natural cooling dispensers are innovative solutions designed to enhance the efficiency and user experience of electric vehicle (EV) charging stations. These advanced systems not only facilitate secure access and payment but also ensure that charging equipment operates optimally under various environmental conditions.

Key Features
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Swipe Card Reader:
- Secure Access: The integrated swipe card reader allows users to authenticate their identity before initiating a charging session, enhancing security.
- Payment Integration: Users can conveniently pay for charging services using pre-registered cards, making transactions seamless and efficient.
- User Management: Allows for user account management, enabling operators to track usage and manage billing effectively.
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Natural Cooling Dispenser:
- Temperature Regulation: The natural cooling system helps maintain optimal operating temperatures for charging equipment, preventing overheating and extending the lifespan of the chargers.
- Energy Efficiency: Utilizes ambient air to cool the charging units, reducing reliance on electrical cooling systems and lowering energy costs.
- Eco-Friendly Design: The natural cooling mechanism minimizes environmental impact, aligning with sustainable energy practices.
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High Charging Capacity:
- Fast Charging: Capable of delivering high power output for rapid charging, enabling EV users to quickly recharge their vehicles.
- Compatibility: Supports various EV models and charging standards, ensuring broad usability.
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User-Friendly Interface:
- Intuitive Display: Equipped with a user-friendly interface that provides real-time information on charging status, payment options, and instructions.
- Mobile App Integration: Optionally connects with a mobile app for remote monitoring and management, enhancing user convenience.
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Robust Construction:
- Weather-Resistant Design: Built to withstand various environmental conditions, ensuring reliability and durability in outdoor settings.
- Safety Features: Designed with safety mechanisms to protect users and equipment, including overload protection and emergency shut-off capabilities.

Natural Cooling Dispenser Products Details
Functional Parameter |
Operating Voltage: | 380 Vac±15% |
Operating Current: | (max)32A |
Operating Frequency: | 50Hz |
Rated Charging Current: | (max)32A |
Rated Output/Intput: | Voltage 230Vac |
Operating Temperature | ‘-25℃~+50℃ |
Storage Temperature | ’-40℃~+60℃ |
Enclosure Protection Class | IP65 |
HCI: | Indicator Light |
Over-voltage Protection: | ≥420v |
Under-voltage Protection: | ≤320v |
Over Current Protection: | ≥110% |
Ratedoutput: | Leakage Current Protection A/A+DC6 |
CP Voltage Protection: | ≥±1V |
Over-temp Protection: | 80℃(protect)60℃(recover) |
Lightning Protection: | Support |
Relay Bonding: | Support |
Ground Protection: | Support |
Cooling Method: | Natural cooling |
Communication Method: | Bluetooth/Wi-Fi/4G |
Installation Method: | Vertical/wall-mounted |
Body Dimension: | 186*354*111 mm |

Applications
- Public Charging Stations: Ideal for city centers, shopping malls, and other public areas where EV users require accessible charging options.
- Commercial Fleets: Supports businesses with electric vehicle fleets, providing efficient charging solutions for operational needs.
- Residential Complexes: Facilitates EV charging in multi-family housing developments, enhancing amenities for residents.
- Parking Facilities: Enhances parking lots with charging capabilities, attracting EV users and promoting sustainable transportation.

Benefits
- Enhanced User Experience: The swipe card reader simplifies the payment process, ensuring a smooth charging experience for users.
- Reduced Downtime: Fast charging capabilities minimize waiting times, encouraging more users to adopt electric vehicles.
- Sustainable Operations: The natural cooling dispenser contributes to energy efficiency and sustainability, aligning with green initiatives.
- Operational Efficiency: User management features allow operators to monitor usage patterns, optimize charging strategies, and improve service delivery.
- Increased EV Adoption: By providing convenient and efficient charging solutions, these systems promote the wider adoption of electric vehicles.

FAQs of Charging Piles And Solutions
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What is a charging pile?
- A charging pile is a stationary unit that provides electric vehicle charging capabilities, typically located in public or commercial spaces.
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How does the swipe card reader work?
- Users authenticate their identity and payment method by swiping a registered card before starting the charging session.
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What is the purpose of the natural cooling dispenser?
- It helps regulate the temperature of the charging equipment, preventing overheating and ensuring optimal performance.
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Can the charging pile accommodate all types of electric vehicles?
- Yes, it is designed to be compatible with various EV models and charging standards.
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Is the charging pile suitable for outdoor use?
- Yes, it is constructed to withstand various weather conditions, making it durable for outdoor installations.
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How fast can the charging pile charge an electric vehicle?
- The charging speed depends on the output of the charger, but it is designed for fast charging to minimize user wait times.
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Do I need a mobile app to use the charging pile?
- While a mobile app is optional, it can enhance the user experience by allowing remote monitoring and management of charging sessions.
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What safety features are included in the charging pile?
- Safety mechanisms include overload protection and emergency shut-off capabilities to ensure user safety.
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How do operators manage user accounts?
- The system allows operators to track usage and manage billing through integrated user management features.
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What are the environmental benefits of using a natural cooling dispenser?
- It reduces energy consumption compared to electric cooling systems, promoting sustainable operations and minimizing the carbon footprint.
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