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Charging Pile To Take Electrical Appliances

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Technical specifications

 

ItemTechnical Specification (Table 1)Technical Specification (Table 2)
Rated Power7KW (1 Phase) / 11KW (3 Phase) / 22KW (3 Phase)14KW (1 Phase) / 22KW (3 Phase) / 44KW (3 Phase)
Optional FeaturesWIFI / 4G / OCPP1.6 / LANWIFI / 4G / OCPP1.6 / LAN
Charging Interface TypesGB/T20234 / IEC61851 / SAEJ1772 / NACSGB/T20234 / IEC 61851 / SAE J1772 / NACS
Input and Output VoltageAC220V+10% (1 Phase) / AC380V+10% (3 Phase)AC220V+10% (1 Phase) / AC380V+10% (3 Phase)
Output Current16A / 32A / 50A16A / 32A / 50A
Frequency45-65Hz45-65Hz

 


Technical SpecificationDetails (Table 1)Details (Table 2)Details (Table 3)
Total Power20kW/30kW/40kW/60kW60kW/80kW/120kW/160kW160kW/180kW/210kW/240kW
Device ModelWDHY-1000V-20KW~60kWWDHY-1000V-60kW~160kWWDHY-1000V-160kW/180kW/210kW/240kW
Execution StandardGB/EU/JP/US StandardsGB/EU/JP/US GBT/CCS1/CHAdeMO/CCS2GB/EU/JP/US GBT/CCS1/CHAdeMO/CCS2
Maximum Power per Gun60kW60kW80kW
Emergency Stop ButtonYesYesYes
Communication ProtocolOCPP U.25 or CompatibleOCPP 1.6J or OthersOCPP 1.6J or Others
AC Input Voltage380V (-25%, +25%) AC380V (-25%, +25%) AC380V (-25%, +25%) AC
AC Input Frequency50Hz ± 10%50Hz ± 10%50Hz ± 10%
Output Voltage Range50V~1000VDC50V~1000VDC50V ~ 1000VDC
IP Protection LevelIP54IP54IP54
Output ModePower DistributionSingle/Dual Gun Average Power DistributionSingle/Dual Gun Average Power Distribution
Power Factorcosφ=0.99≥ 0.99≥ 0.99
Efficiency RatingClass A--
Static Overall Efficiency94%94%94%
Auxiliary Power Supply-12V12V
Relative Humidity≤95%≤ 95%≤ 95%
Soft Start Time3-8S3-8S3-8S
Load Voltage Drop±0.5%--
Output Voltage Error±0.5%≤ ± 0.5%≤ ± 0.5%
Current Regulation Accuracy±1%, ±10%≤ 1%≤ 1%
Output Voltage Ripple±1%≤ 1%≤ 1%
Current Sharing Imbalance±5%≤ 5%≤ 5%
Load Adjustment Rate±1%--
Power Quality RequirementGBT 19262-2014.5.4GB/T 19826-2014: 5.4GB/T 19826-2014: 5.4
Operating ModeCard Scan/Small Window ScanCard Scan/Small Program Scan CodeCard Scan/Small Program Scan Code
Stability of Current Regulation±5%--
Input VoltageAC220V/380V--
Display Method7-inch Touch Screen7-inch Touch Display Screen7-inch Touch Display Screen
Installation MethodFloor Standing, wall mountedFloor Standing,wall mountedFloor Standing,wall mounted
Operating Temperature-35ºC~+55ºC--35°C ~ +55°C
Charging Battery Type5V/7mA--
Harmonic Distortion Rate≤5%-≤ 5%
Charging Gun Length--5m/7m/8m


Product Introduction

  1. Wall-mounted/Floor-standing Charging Piles

    • Types: These charging piles come in wall-mounted and floor-standing varieties, suitable for installation in various locations such as parking garages, residential areas, and commercial districts.

    • Functionality: They support both fast and slow charging, allowing users to choose the appropriate charging power based on their EV's requirements.

    • Technical Specifications: Include voltage ranges (e.g., 50V-1000V), current ranges, charging efficiency (e.g., ±0.05% accuracy), and more.

    • Safety Features: Equipped with multiple safety protection mechanisms like overcurrent protection, overvoltage protection, and short-circuit protection to ensure a secure charging process.

  2. Portable Charging Piles

    • Portability: Designed to be lightweight and easy to carry, making them ideal for charging EVs at home or during travel.

    • Compatibility: Support multiple charging standards, such as Type 1, Type 2, and J1772, enabling compatibility with various EV brands and models.

    • Charging Efficiency: While their charging speed may not match that of fixed charging piles, they suffice for daily charging needs.

  3. Smart Charging Piles

    • Intelligence: Leverage IoT technology for remote monitoring and management, allowing users to check charging status, schedule charging times, and more via mobile apps.

    • Energy Management: Support smart dispatching and energy optimization, adjusting charging power based on grid load conditions to facilitate green charging.

    • Data Analytics: Provide charging data analysis services, helping users understand charging habits and costs, optimizing charging strategies.

Advantages

  1. Efficiency and Convenience: The widespread availability and fast charging capabilities of charging piles make it more convenient for EV users to access power, reducing waiting time.

  2. Environmental Protection and Energy Saving: As EVs are clean energy transportation tools, the use of charging piles also contributes to reducing carbon emissions and environmental pollution.

  3. Promotion of EV Adoption: The proliferation of charging piles offers EV users more charging options, thereby fostering the adoption and development of EVs.

  4. Economic Benefits: With the expanding EV market, the charging pile industry presents significant growth opportunities, generating economic benefits for related businesses and investors.