Home Home

Products Products

Solutions Solutions

About Us About Us

Resources Resources

INQUIRE

Graphic
Detail

42KW AC Charger Aging System with 16 channels EV Charger

AC Charger test device with load, Compatiable with Type1, Type2, GB-T standard gun seat, different power load optional.

share

Dimension (W*D*H)：

About 2000*1100*1700mm

Weight：

About 450KG

Product Detail
FAQ

Introduction:

The SP-EV AC charging pile aging system is used for the factory aging test of finished AC charging piles to ensure that theperformance of the finished product is stable and the shipment yield rate meets the requirements. Supports multiple standards, supports single/three-phase charging piles, supports national standard single-phase/three-phase, European standard single-phase/ three-phase, and American standard charging pile product aging tests.

Features:

16 aging channel data display: voltage, current, power, electricity;
The aging rack is equipped with quick crimp terminals and pile-specific power sockets;
The load fan adopts a small axial flow fan, which has the characteristics of large air volume, good heat dissipation and low noise;
Each channel is configured with S2 switch;
Control method: Aging rack control adopts main contactor + each micro circuit breaker control;
Each workstation of the aging rack is marked with a work indicator light;
Use quick-plug connectors to facilitate wiring with products;
Aging bench and load separation mode, the load part can be used independently, and can also be used for testing other products. The load can be equipped with resistive load and feedback energy-saving load.

Specification:

No.	Product Name	SP-EV380V-42KW-16 AC Charging pile aging system
1	Rated Voltage	Three-phase AC380V, 50/60Hz
2	Voltage range	AC200～420V
3	Number of channels	Totally 16 channels per aging rack
4	Use configuration	Each channel is equipped with Type2 standard charging gun socket (single-phase)
5	Usage	16-channel series test can achieve any one-channel aging or multiple series-connected aging
6	Input and output mode	The product under test has an AC input quick-connect terminal (refer to Figure 1), and the output end is the charging pile gun head
7	AC pile size	365260100mm（Single device）
8	Aging rack size	About 200011001700mm (WDH)
9	Control method	Aging rack control adopts main contactor + each micro circuit breaker control
10	Wiring design	Each channel has quick junction box wiring L, N, PE
11	Cable storage	Each channel is equipped with a gun line hook
12	Charging instructions	Each channel has a charging indicator light; each channel has an energy meter to display voltage, current and other electrical quantities (only measuring L)
13	Series connection design	The aging racks support series connection and use connectors for docking (up to 80 series aging racks/16 aging racks)
14	Load type	Resistive load (Each aging rack corresponds to 1 load)
15	Wiring	Connect the load end using the power cord connector (refer to Figure 2)
16	Movement method	Casters are installed at the bottom of the aging rack (products are transferred from the workshop to the aging room for direct aging)
17	Weight	About 450kg (subject to the finished one)
18	Insulation design	Anti-static insulating rubber mats are laid in the product placement area of the aging rack desktop
19	Color of aging rack	RAL9003 White (other Colors can be optional)
20	Language	English (Default)
21	Work power	Single-phase AC220V, 50/60 Hz

Remarks: Special specifications can be customized according to customer requirements (Rated voltage, Rated power, Power supply voltage, box size etc).

Other Similar Products:

Model No.	Description	Gun seat standard
AC charging pile aging rack (Normal temperature)
AC-11KW-16	11KW-16 channels	GB-T/ Type1/ Type2 (3 standards can be combined arbitrarily)
AC-22KW-16	11KW-16 channels
AC-42KW-16	11KW-16 channels
AC charging pile aging system (Constant temperature control)
AC-11KW-18	11KW-18 channels	GB-T/ Type1/ Type2 (3 standards can be combined arbitrarily)
AC-22KW-18	22KW-18 channels
AC-42KW-18	42KW-18 channels

1. What is an AC charger aging (burn-in) system?

It runs multiple AC chargers simultaneously under real load for hours or days before shipment, exposing early-life failures — the standard production-reliability step between end-of-line testing and delivery. This model provides up to 16 channels with 42 kW total aging capacity.

2. Why do I need aging if I already test each unit at EOL?

Short functional tests miss infant-mortality failures — semiconductor and thermal defects often appear only after hours under load. Aging catches units that would otherwise fail in the customer's first week, cutting warranty cost and field failures.

3. How does per-station control and data work?

Each channel is controlled and monitored independently, with load profiles and data logging per station so you can review each charger's aging record and keep production quality evidence.

4. Is the load resistive or feedback (energy recovery)?

Configure according to your power budget: resistive-load aging is simple and rugged; feedback (regenerative) aging returns energy to the grid and cuts heat and electricity cost in continuous high-utilization operation — discuss the right topology for your volumes with our engineers.

5. Which chargers can it age?

AC charging stations within the system's per-channel power and connector/voltage range — confirm your charger models (power, output type, protocol) with us so we can match channel configuration, cabling and control.

Previous : 22KW AC Charger Aging System with 16 channels Next : 160KW Single-gun DC Charger Test Feedback Aging System