Choosing between AC and DC charging piles for home charging piles requires comprehensive consideration of charging needs, installation conditions, cost budgets and usage scenarios and other factors. Here’s a breakdown:

1. Charging speed

• AC charging piles: The power is usually between 3.5kW and 22kW, and the charging speed is relatively slow, suitable for long-term parking and charging, such as night charging.
• DC charging piles: The power is usually between 20kW and 350kW, or even higher, and the charging speed is fast, which can replenish a large amount of power to the vehicle in a short period of time.
• Split DC Charging Pile(Liquid Cooling EV Charger):The power is usually between 240kW and 960kW, Combined with liquid cooling high-voltage charging platform, fast charging of large new energy vehicles, such as mine trucks, trucks, buses, and ships

2. Installation conditions

• AC EV charging station: The installation is relatively simple, usually only needs to be connected to 220V power supply, low requirements for home grid, suitable for homes, communities and other places.
• DC EV charging station: Requires access to 380V power supply, complex installation, high requirements for the power grid, suitable for scenarios with high charging speed requirements.

3. Cost budget

• AC EV Charger: Low equipment costs and installation costs, suitable for home users with limited budgets.
• DC EV Charger: high equipment costs, installation and maintenance costs.

4. Usage scenarios

• AC electric car charger: suitable for long-term parking places such as homes, communities, shopping malls, etc., users can charge at night or while parking.
• DC electric car charger: suitable for highway service areas, large shopping malls, and other scenarios that require rapid power replenishment.

5. Impact on the battery

• AC electric vehicle charging station: The charging process is gentle, with little impact on battery life.
• DC electric vehicle charging station: High-current charging may accelerate battery aging.

6. Future trends

• AC charging piles: With technological advancements, AC charging piles are also being upgraded, and some models support 7kW AC fast charging.
• DC charging piles: In the future, public charging stations may be dominated by DC piles, and home scenarios will be dominated by AC piles.

Comprehensive recommendations

Home use: If the vehicle is mainly used for daily commuting and has night charging conditions, it is recommended to choose AC charging piles.

Long-distance travel: If you often travel long distances or have high requirements for charging speed, consider installing DC charging piles.

Cost Considerations: AC charging piles are affordable and suitable for families on a budget.

Battery life: For users who value battery life, it is recommended to choose AC charging piles.

The core technology of BeiHai Power is excellent, covering power conversion, charging control, safety protection, monitoring feedback, human-computer interaction, compatibility and standardization, intelligence and energy saving, etc., with high safety, good stability, strong adaptability and good compatibility!

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