Electric car charger

Electric Car Chargers: the Future of our Lives and our Environment

Electric car chargers are revolutionising transport and ushering in a new era of sustainable mobility. Environmental awareness and innovation meet when it comes to electric car chargers.

As electric cars become more popular, the demand for electric car chargers is growing. Below we present the types, parameters, installation needs and varieties of electric car chargers to help you navigate this dynamically evolving technological environment.

1. Slow (AC) chargers:

    • Home chargers:
      • Power: 3,7 kW
      • Phase: 1 phase
      • Ampere demand: 16 A
      • Description: These are the most common chargers, designed for home use. They can fully charge your car overnight.
    • Public slow chargers:
      • Power: 7-22 kW
      • Phase: 1 or 3 phases
      • Ampere demand: 32 A (for 22 kW)
      • Description: located in public areas and ideal for longer parking periods

2. Fast (DC) chargers:

    • Fast chargers:
      • Power: 50 kW
      • Phase: DC
      • Ampere demand: 125 A
      • Description: These chargers can provide a charge of 80% in about 30-60 minutes.
    • Ultra fast chargers:
      • Power: 150 kW or higher
      • Phase: DC
      • Ampere demand: 300 A or more
      • Description: They can provide a significant charge in a few minutes.

Chargers Parameters

  • Power (kW): The power of the chargers determines the charging speed. Chargers with lower power take longer to charge the car, while chargers with higher power charge faster.
  • Type of connectors: Electric cars can have different connectors, such as Type 1, Type 2, CHAdeMO, or CCS. It is important that the charger is compatible with the car's connector.
  • Smart features: Some chargers have smart features such as timed charging, remote control, energy monitoring and integration with smart home systems.

Installation Needs

  • Electricity network needs: A suitable electrical network is required for the installation of the charger. Home chargers usually require a separate circuit, while fast and ultra-fast chargers may require a higher power connection.
  • Space request: To install the charger, you need a suitable location where the car has easy access to the charger. A suitable parking space is also important.

The Future of Electric Car Chargers

The technology of electric car chargers is constantly evolving, with innovations making faster and more efficient charging solutions available. Below are some of the future development trends:

  1. More powerful chargers: As technology develops, ultra-fast chargers will offer ever greater performance, allowing cars to be charged faster.
  2. Wireless charging: The development of wireless charging technology will allow cars to be charged without cables, making the charging process even more convenient.
  3. Integrated energy management: Smart chargers will be increasingly integrated into home energy systems, enabling more efficient use of renewable energy sources and optimising energy use.

Electric car chargers are playing an increasingly important role in sustainable transport. Choosing and installing the right charger can make a long-term contribution to environmental protection and economical transport. If you have any further questions or need help with the selection and installation of a charger, please contact us.