We put compatibility and accessibility at the core of our design. Our AC charging piles support the global universal Type 2 charging standard, fitting 99% of passenger electric vehicles on the market today, with no need for extra adapters or modifications. The front-facing high-brightness LED indicator shows clear charging status at a glance, letting you confirm working condition without unlocking your phone. For users who prefer smart management, our model supports connection to the JONCHASE mobile app, enabling scheduled charging, remote power control and real-time usage tracking. Scheduled charging lets you automatically power up during off-peak electricity hours, helping you cut monthly charging bills significantly.
Installation and daily use are designed to be simple for everyone. Our wall-mounted and ground-mounted installation options fit different site conditions, with standardized interfaces that reduce on-site construction time and labor costs. We also built 8 layers of safety protection, including over-current protection, leakage protection, overheating protection and lightning protection, to eliminate potential safety hazards during long-term use.
JONCHASE always sticks to the concept of "user-first" in EV charging product design, creating reliable, affordable and future-ready AC charging solutions for global users. Whether you are installing a private charger at home or upgrading public charging facilities, our products bring long-term stable value to your life and business.
Universal Compatibility for All EVs: Fits all Type 1/Type 2 standard EV models, no extra adapter or complex modification needed.
IP54 Weatherproof for Long-term Use: Corrosion-resistant steel shell, works stably in both indoor and harsh outdoor environments.
Flexible Smart Control Options: Supports scheduled off-peak charging, cuts electricity bills and offers remote status tracking.
Low Cost Easy Installation: Standardized design reduces construction time and labor cost for private and commercial projects.
Multi-layer Safety Protection: Built-in overcurrent, overheating and leakage protection, eliminates hidden safety hazards.
An AC charging pile provides power to an electric vehicle (EV) using the standard Alternating Current (AC) from the grid. Here’s how it works in simple steps.
First, when an EV is plugged into the AC charging pile, the pile's internal safety system performs a handshake with the vehicle. It checks the connection and communicates with the car's onboard charger to confirm compatibility and safe parameters.
Next, the core function begins. The AC charging pile itself does not convert electricity; it acts as a controlled and safe outlet. It delivers AC power from the grid directly to the vehicle through the charging cable. The critical conversion from AC to the Direct Current (DC) needed to charge the car's battery happens inside the EV, via its built-in onboard charger. This component is limited in size and power, which is why AC charging is typically slower than DC fast charging.
Finally, the charging pile manages the session. It regulates the flow of electricity, monitors for any faults like overheating or irregular current, and stops the charge when the vehicle's battery is full or if the user disconnects. Smart AC piles can also connect to a network, allowing for user authentication, remote monitoring, and scheduled charging during off-peak hours to save costs.
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