With the increasing global attention to green energy, electric vehicles have gradually become one of the mainstream modes of transportation. However, the mileage and convenience of charging facilities are still the core concerns of many car owners. At this time, a high-performance, easy to install 20kW wall-mounted DC charging pile has become an indispensable choice.

This 20kW wall-mounted DC charging pile adopts advanced fast charging technology, which can supplement sufficient power for the vehicle in a short time, greatly improving the user's travel efficiency. Compared with the traditional AC slow charging method, it uses higher power output to greatly shorten the waiting time and meet the rhythm of modern life.

Not only that, its compact design gives it strong installation flexibility. Whether it is hung on the wall of the home garage or embedded in the parking lot of the office area, it can perfectly integrate the surrounding environment without taking up too much valuable space resources. In addition, the modular construction also makes subsequent maintenance easier and faster.

For those who need different scenes, this charging pile also performs well. If you are an individual user, then it can provide you with a stable home power supply solution; for commercial property managers, you can attract more new energy car owners to spend and stay by deploying these devices in batches-killing two birds with one stone.

Many customers who have used it have spoken highly of it. "It used to be that every time you went out you had to plan the location of public stops along the way," says a business owner who often drives an electric car for long distances, "but now everything has changed with this small but powerful little guy in his own yard! You don't have to worry about finding the right power outlet anymore."

Finally, before choosing the right model for your own use, be sure to identify a few key factors: first, the target range of use (e. g., single-family homes or multi-unit buildings); second, whether the input voltage specifications match the local grid conditions; and then, what function expansion options are available for reference within the budget constraints, etc. .. After comprehensive consideration, you can make an informed decision ~