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Charging Conversion Line

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Category：Charger & Energy Bank

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Technical specifications

Item	Technical Specification (Table 1)	Technical Specification (Table 2)
Rated Power	7KW (1 Phase) / 11KW (3 Phase) / 22KW (3 Phase)	14KW (1 Phase) / 22KW (3 Phase) / 44KW (3 Phase)
Optional Features	WIFI / 4G / OCPP1.6 / LAN	WIFI / 4G / OCPP1.6 / LAN
Charging Interface Types	GB/T20234 / IEC61851 / SAEJ1772 / NACS	GB/T20234 / IEC 61851 / SAE J1772 / NACS
Input and Output Voltage	AC220V+10% (1 Phase) / AC380V+10% (3 Phase)	AC220V+10% (1 Phase) / AC380V+10% (3 Phase)
Output Current	16A / 32A / 50A	16A / 32A / 50A
Frequency	45-65Hz	45-65Hz

Technical Specification	Details (Table 1)	Details (Table 2)	Details (Table 3)
Total Power	20kW/30kW/40kW/60kW	60kW/80kW/120kW/160kW	160kW/180kW/210kW/240kW
Device Model	WDHY-1000V-20KW~60kW	WDHY-1000V-60kW~160kW	WDHY-1000V-160kW/180kW/210kW/240kW
Execution Standard	GB/EU/JP/US Standards	GB/EU/JP/US GBT/CCS1/CHAdeMO/CCS2	GB/EU/JP/US GBT/CCS1/CHAdeMO/CCS2
Maximum Power per Gun	60kW	60kW	80kW
Emergency Stop Button	Yes	Yes	Yes
Communication Protocol	OCPP U.25 or Compatible	OCPP 1.6J or Others	OCPP 1.6J or Others
AC Input Voltage	380V (-25%, +25%) AC	380V (-25%, +25%) AC	380V (-25%, +25%) AC
AC Input Frequency	50Hz ± 10%	50Hz ± 10%	50Hz ± 10%
Output Voltage Range	50V~1000VDC	50V~1000VDC	50V ~ 1000VDC
IP Protection Level	IP54	IP54	IP54
Output Mode	Power Distribution	Single/Dual Gun Average Power Distribution	Single/Dual Gun Average Power Distribution
Power Factor	cosφ=0.99	≥ 0.99	≥ 0.99
Efficiency Rating	Class A	-	-
Static Overall Efficiency	94%	94%	94%
Auxiliary Power Supply	-	12V	12V
Relative Humidity	≤95%	≤ 95%	≤ 95%
Soft Start Time	3-8S	3-8S	3-8S
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 Requirement	GBT 19262-2014.5.4	GB/T 19826-2014: 5.4	GB/T 19826-2014: 5.4
Operating Mode	Card Scan/Small Window Scan	Card Scan/Small Program Scan Code	Card Scan/Small Program Scan Code
Stability of Current Regulation	±5%	-	-
Input Voltage	AC220V/380V	-	-
Display Method	7-inch Touch Screen	7-inch Touch Display Screen	7-inch Touch Display Screen
Installation Method	Floor Standing, wall mounted	Floor Standing,wall mounted	Floor Standing,wall mounted
Operating Temperature	-35ºC~+55ºC	-	-35°C ~ +55°C
Charging Battery Type	5V/7mA	-	-
Harmonic Distortion Rate	≤5%	-	≤ 5%
Charging Gun Length	-	-	5m/7m/8m

Sure, here's the information about "Charging Conversion Line" in English:

Charging Conversion Line

The Charging Conversion Line is a type of cable or device designed to connect charging interfaces that are not directly compatible or to convert charging parameters. It serves as a bridge between charging equipment and devices that require different charging interfaces or specifications.

Definition and Functionality

Definition: A Charging Conversion Line is a specialized cable that converts one charging interface or protocol to another, enabling connectivity between charging devices and power sources that would otherwise be incompatible.
Functionality:

Interface Conversion: When the charging port of the charging device does not match the charging port of the device being charged, the Charging Conversion Line enables a seamless connection by adapting the interfaces.
Parameter Conversion: For specific charging scenarios, such as fast or slow charging, the Conversion Line can adjust charging parameters to meet the requirements of the device being charged.
Safety Protection: Some advanced Charging Conversion Lines also incorporate safety features like overcurrent protection and overvoltage protection to ensure a secure and reliable charging process.

Types and Specifications

Types: Depending on its function and intended use, a Charging Conversion Line can come in various types, such as USB to Type-C, DC to AC converters, or fast charging adapters.
Specifications: Different brands and models of Charging Conversion Lines may vary in specifications, including cable length, interface types, and conversion efficiency. Choosing the right one depends on the specific needs of the application.

Application Scenarios

Home Charging: In a household setting, if the charging port of an electric vehicle or power tool does not match the household outlet, a Charging Conversion Line can facilitate the connection.
Public Charging Stations: Public charging stations often equip multiple Charging Conversion Lines to cater to the diverse charging needs of various electric vehicle brands and models.
Emergency Charging: In emergencies where an electric vehicle runs out of battery and a suitable charging facility is not immediately available, a Charging Conversion Line can be used for temporary charging solutions.

Precautions

Select the Right Conversion Line: When purchasing a Charging Conversion Line, ensure that its interfaces, specifications, and parameters are compatible with the device being charged.
Safe Usage: Follow safety guidelines and operating procedures when using a Charging Conversion Line to ensure a secure and reliable charging process.
Regular Inspections: Perform regular inspections and maintenance on the Charging Conversion Line to keep it in good working condition.