250kw Floor Mounted DC Fast EV Charger

Customization:	Available
Nature of Source Flow:	Passive inverter
Certification:	CCC, ISO9001, RoHS, CE, SAA

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Basic Information

Model NO.

ZEN-QC250

Output Power

501 - 1000W

Grid Type

Grid Inverter

Output Type

Single

Circuit Topologies

Push-Pull Type

Nature of Wave

Sine Wave Inverter

Input Voltage

70~280VAC

Output Voltage

220VAC-240VAC

Efficiency

93%

Transfer Time

10ms / 20ms

Warranty

Three Years

Origin

China

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Product Gallery

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Technical Specifications

Model & Rated Power	BD-EVPD2-60/240 Rated Power: 160kW / 240kW
Electrical I/O	Input: AC 380V±15%, 45-60Hz, 0-480A; Output: DC200-1000V, 5-800A
Performance Metrics	Efficiency: >95%; Power Factor: 0.9950 (above 50% load)
Installation & Dimensions	Routing: Down in and out; Product Size: 820×60×1800mm; Cable Length: 5m

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Profile & Capability

The company focuses on the R&D and sales of civil charging equipment, with rich experience in the implementation of community charging projects. The production base has passed the ISO9001 Quality Management System Certification, with an annual capacity of 100,000 units.

Focusing on promoting cost-effective civil charging piles, the overseas market covers emerging regions such as Southeast Asia and Africa, cooperating with local real estate developers and property companies to provide reliable energy solutions.

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Frequently Asked Questions

What is an electric vehicle (EV) charging pile and how does it work?

It is a dedicated electrical device that supplies energy to EV batteries. It connects to the grid, regulates voltage and current via the battery management system (BMS), and delivers DC or AC power. DC fast piles bypass the on-board charger for rapid replenishment.

What is the difference between AC and DC fast charging piles?

AC piles (3.6kW–22kW) are slower and use the vehicle's internal charger, ideal for homes. DC piles (50kW–480kW) provide direct current for rapid charging, suitable for public plazas and highway service areas.

How do I choose the right power rating for my charger?

Check your EV's supported power. Home users usually need 7kW–11kW AC piles. For public stations, calculate based on time needs; e.g., a 120kW DC pile can charge a 60kWh battery from 20% to 80% in about 30 minutes.

What is the efficiency and power factor of these chargers?

Our high-performance units offer an efficiency of >95% and a power factor of 0.9950 when operating above 50% load, ensuring minimal energy loss during the charging process.

What are the environmental requirements for installation?

The units are designed to operate in humidity levels from 5% to 95% (non-condensing), making them suitable for various industrial and commercial environments.

What kind of warranty and protection is provided?

We provide a three-year warranty. The chargers feature advanced circuit topologies and safety measures to handle grid fluctuations and ensure stable, safe operation.