• DC 320-480-640KW EV Chargers
DC 320-480-640KW EV Chargers
$23200.00
Model
PCDC-FZ1-EU480/1k
PCDC-FZ1-EU480/1k
PCDC-FZ1-EU480/1k
PCDC-FZ1-EU480/1k
PCDC-FZ1-480/1k
PCDC-FZ1-480/1k
PCDC-FZ1-480/1k
PCDC-FZ1-480/1k
PCDC-FZ1-EU320/1k
PCDC-FZ1-EU320/1k
PCDC-FZ1-EU320/1k
PCDC-FZ1-EU320/1k
PCDC-FZ1-320/1k
PCDC-FZ1-320/1k
PCDC-FZ1-320/1k
PCDC-FZ1-320/1k
Basic info
Brand Pingalax
Model NO. DC 320-480-640KW EV Chargers
Rated Output Rating 320KW
Output Voltage DC 200-1000V
Max Output Current 250A
Power Conversion Efficiency ≥95%
Connector Options CCS2
terminals eight gun
Series DC EV Chargers
Product Detail

320640KW1.png

320640KW2.png

What are the means of grounding protection for EV chargers?

Main Technical Means of Grounding Protection

 Grounding Conductor:

  • Definition: A grounding conductor refers to a wire used to connect the metal enclosure of an electrical device to the earth.

  • Function: When an electrical device has a leakage, it provides a low - impedance path so that the leakage current can quickly flow to the earth.

 Grounding Electrode:

  • Definition: A grounding electrode refers to a metal rod or metal plate buried underground, which is used to form a good electrical connection with the earth.

  • Function: It provides a stable grounding reference point to ensure the effectiveness of the grounding system.

 Ground Resistance:

  • Definition: Ground resistance refers to the resistance between the grounding electrode and the earth.

  • Standard: The ground resistance usually needs to meet certain standard requirements. For example, it should not be more than 4 ohms (the specificvalue varies according to the regulations of different countries and regions).

  • Measurement: Regularly measure the ground resistance to ensure it is within the qualified range.


Know your supplier
Pingalax
Main Categories
New energy
Business Type
Design/Manufacture/Sales
Highest Annual Export (USD)
$100000000
Professional Experience
3 years
Workplace
6000m²
占位
占位
Related Products
Related Knowledges
What is the difference between a dielectric and an insulator?
What is the difference between a dielectric and an insulator?
Dielectrics and insulators are distinguished primarily by their applications. One of the main differences is that a dielectric can store electrical energy by becoming polarized in an electric field, whereas an insulator resists the flow of electrons to prevent current conduction. Other key differences between them are outlined in the comparison chart below.Definition of DielectricA dielectric material is a type of insulator that contains few or no free electrons. When subjected to an electric fi
Edwiin
08/30/2025
Fault Analysis and Treatment of Oil-Immersed Transformers
Fault Analysis and Treatment of Oil-Immersed Transformers
Oil Leakage at Welded JointsOil leakage at welded joints primarily stems from poor welding quality, such as incomplete or detached welds, and defects like pinholes and gas pores. Although oil-immersed transformers are initially coated with solder and paint during manufacturing, potentially masking these issues temporarily, the defects tend to surface during operation. Additionally, electromagnetic vibration can cause weld cracks, leading to oil leakage.To resolve such leaks, the first critical s
Edwiin
08/29/2025
What losses occur during operation of the transformer? How to reduce losses?
What losses occur during operation of the transformer? How to reduce losses?
Transformers experience various types of losses during operation, primarily categorized into two main types: copper losses and iron losses.Copper LossesCopper losses, also known as I²R losses, are caused by the electrical resistance of the transformer windings—typically made of copper. As current flows through the windings, energy is dissipated in the form of heat. These losses are proportional to the square of the load current (I²R), meaning they increase significantly with high
Rockwell
08/29/2025
Cable Fault Detection, Testing, Location and Repair
Cable Fault Detection, Testing, Location and Repair
I. Methods for Cable Testing and Inspection:Insulation Resistance Test: Use an insulation resistance tester to measure the insulation resistance value of the cable. A high insulation resistance value indicates good insulation, while a low value may suggest insulation problems requiring further investigation.Voltage Withstand Test: Apply a high-voltage test using a high-voltage tester to verify whether the cable can withstand high voltage under its rated operating conditions. Under normal circums
Leon
08/29/2025
Cable Quality Inspection and Cable Detection & Testing
Cable Quality Inspection and Cable Detection & Testing
Power cable quality inspection and cable testing are conducted to ensure that the cable's quality and performance meet specified requirements, thereby guaranteeing the safe and stable operation of power systems. Below are some common contents of power cable quality inspection and cable testing:Visual Inspection: Check the cable surface for physical defects such as damage, deformation, or scratches to ensure the cable's exterior is intact.Dimensional Measurement: Measure dimensional parameters su
Edwiin
08/29/2025
Transformer Detection, Testing, Maintenance and Servicing
Transformer Detection, Testing, Maintenance and Servicing
Transformer testing, inspection, and maintenance are essential tasks to ensure normal operation and extend the service life of transformers. Below are some recommended steps:Visual Inspection: Regularly inspect the transformer's exterior, including the enclosure, cooling system, and oil tank. Ensure the enclosure is intact, free from corrosion, damage, or leakage.Insulation Resistance Testing: Use an insulation resistance tester to check the transformer's insulation system. Verify that the insul
Vziman
08/29/2025
×
Inquiry
Download
IEE-Business is dedicated to serving the personnel in the global power industry.
Join IEE-Business, not only can you discover power equipment and power knowledge, but also canhnd like - minded friends!