240KW Double gun charging pile
Technical index name | Content of technical indicators |
Rated Power | 240KW |
Maximum Output Current | 250A |
Output Voltage Range | Dc150 - 750V (1000V) Selectable And Adjustable |
Input Voltage | AC380V± 20%(Three phase+N+PE) |
Input Frequency | 50HZ± 10%HZ |
Output Loop | 4 way /6 way /8 way |
Constant Power Output Voltage Range | DC400 - 750V |
Efficiency | ≥95% |
Power Factor | ≥0.99（50%-100%Full load output power） |
Voltage Regulation Accuracy | ≤± 0.5% |
Steady Flow Accuracy | ≤± 1%（20%-100% Output load 20%-100% quota range） |
Current Unbalance | ≤± 5% |
Stable Peak-to-peak | ≤1% |
Insulation Resistance | ≤20MΩ |
Protection Class | IP54 |
Noise | ≤65DB |
Cooling Method | Forced Air Cooling |
Operating Temperature | -30°C~+50°C |
Storage Temperature | -40°C~+70°C |
Relative Humidity | 5%~95% |
Introduction:
The 240KW Double Gun Charging Pile is a high-power electric vehicle charging equipment specifically designed for rapid charging. With a maximum output power of 240kW, it is capable of charging two electric vehicles simultaneously, greatly improving charging efficiency. This charging pile supports multiple charging standards such as CCS, CHAdeMO, and GB/T, making it compatible with different brands and models of electric vehicles.
Advantages:
High Power Output: The 240kW power output meets the charging demands of long-distance travel and high-frequency use, significantly reducing charging time.
Multi-Interface Support: Compatible with multiple charging standards, facilitating the use of different brands and models of electric vehicles.
Smart Control and Multiple Protections: Equipped with an intelligent charging management system and multiple safety protection mechanisms to ensure the safety and stability of the charging process.
Easy Operation and Intuitive Display: Features a large touchscreen for convenient operation, real-time display of charging information for user convenience.
Remote Monitoring and Data Analysis: Supports remote monitoring and management functions, allowing operators to real-time track the status of charging piles and optimize operational strategies.
Energy Efficiency and Low Standby Power Consumption: Adopts high-efficiency energy conversion technology and low standby power consumption design to reduce operating and maintenance costs.
Key Points for Selecting a Charging Pile:
Understand Your Vehicle Model and Battery Type: Different electric vehicles have different battery types and charging specifications. Before selecting a charging pile, it is necessary to understand your vehicle model and battery information to ensure compatibility.
Consider the Power and Charging Speed of the Charging Pile: Choose the appropriate charging pile power based on daily driving mileage, charging frequency, and other factors. If rapid charging is needed, select a high-power charging pile; if charging demand is low, choose a low-power charging pile to reduce costs.
Choose a Charging Pile with Smart Protection and Safety Features: Ensure that the charging pile has safety features such as overload protection, lightning protection, and electrostatic protection to safeguard the charging process.
Determine Brand and Reputation: Select a reputable brand of charging pile for better product quality and after-sales service. Before purchasing, check user reviews and consult professionals to understand brand reputation.
Consider Usage Scenario and Installation Location: Choose the appropriate type and installation method of the charging pile based on the usage scenario (such as home or public place) and installation location (such as ground or wall). For example, public places are suitable for installing high-power, multi-interface charging piles to meet the needs of different users; while homes can choose the appropriate type and power of charging pile based on parking space size and power supply conditions.