Solutions
MaxiChargers
40kW Charging Power Module.
Product information
£2,349.00 excl. VAT (RRP)
The Autel 40kW Charging Module (ME0040A1G) delivers exceptional reliability, efficiency, and versatility for high-performance EV charging systems. With a wide input voltage range of 260–485Vac and output voltage from 150–1000, it offers up to 40kW of output power with 96% maximum efficiency.
Designed for demanding environments, this fully isolated, low-noise module provides intelligent voltage and current adjustment via an integrated monitor and isolated CAN communication interface.
- Manufacturer
- Model
- 40kW Charging Power Module
- Colour
- Gunshot Gray
- Warranty
- 24 months
Product options
Autel 40kW Charging Power Module
Efficent Power with Intelligent Control.
The Autel ME0040A1G sets a new standard for DC charging modules with its blend of high power density and operational efficiency. It maintains up to 96% efficiency, even at full load, while ensuring quiet operation under 65 dB. Engineered with robust insulation and full potting, it achieves exceptional durability and reliability in a compact 17 kg form factor. Its adaptive design supports input voltages from 260 to 485Vac, making it suitable for diverse charging infrastructures across varying grid conditions.
Beyond performance, the ME0040A1G emphasises control and safety. The isolated CAN interface enables precise monitoring and dynamic adjustment of charging parameters, ensuring optimal energy delivery and system protection. Compliant with international standards such as IEC 61851 and EN 62477, the module guarantees reinforced insulation and superior EMC performance (Class B). Whether deployed in public fast-charging stations or fleet charging networks, the Autel 40kW Charging Module provides a future-ready foundation for efficient, reliable EV power delivery.
40kW Charging Power Module Features.
- Exceptional Power Efficiency
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Delivering up to 96% maximum efficiency and 95% at full load, the ME0040A1G minimizes energy loss and heat generation. This translates into lower operational costs, improved performance stability, and longer component lifespan—making it ideal for continuous, high-demand charging environments.
- Wide Voltage Compatibility
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With a broad input range of 260–485Vac and output voltage range of 150–1000Vdc, this module adapts seamlessly to diverse power systems. Its flexibility ensures consistent output performance across varying grid conditions and supports multiple EV charging standards.
- Intelligent Communication & Control
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Equipped with an isolated CAN communication interface and an integrated monitoring module, the ME0040A1G allows precise adjustment of voltage and current parameters. This enables dynamic load management, real-time system monitoring, and enhanced charging efficiency across networked charging solutions.
- Quiet and Reliable Operation
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Operating at ≤60 dB under full load at 25°C, the module ensures minimal noise during operation. Combined with fully potted and isolated construction, it offers superior vibration resistance, moisture protection, and long-term reliability in a wide range of environments.
- Comprehensive Safety & Compliance
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Built with double or reinforced insulation between input, output, and protective earth (PE), the ME0040A1G prioritizes safety under all operating conditions. It meets major international standards—IEC 61851, EN 62477, and Class B EMC compliance—ensuring stable, interference-free operation and user protection.
- Rugged Design for Extreme Conditions
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Engineered for durability, the ME0040A1G operates reliably across a wide temperature range of -40°C to +75°C and at altitudes up to 4000 meters. Its robust construction and environmental resilience make it perfectly suited for harsh outdoor installations, ensuring consistent charging performance in any climate or terrain.
40kW Charging Power Module Techincal Specifications.
Overview
- Dimension(W×D×H)
- 218mm*438mm*120mm
- Weight
- < 17kg
- Efficiency
- Maximum efficiency at full load: 95% Maximum efficiency: 96%
- Cooling
- Fan cooling
- Self Consumption
- <10W @400Vac
- Output discharge time
- <1s (with discharge circuit)
Input
- Input Voltage
- 260~485Vac
- Rated voltage
- 400Vac
- AC Input Mode
- 3W+PE
- Input Frequency
- 40~70Hz，Rated Frequency：50/60Hz
- Input Current
- ≤ 70A
- Power Factor
- ≥ 0.98（Load ≥ 50%）
- THDi
- ≤ 5％ （Load ≥ 50%）
Output
- Output Voltage
- 150-1000Vdc
- Output Power
- 40000 W (260~360Vac Linear Derating, 20000 W @260Vac)
- Current Ripple
- ≤ 1.5A @frequency<10Hz; ≤ 6A@frequency<5000Hz; ≤ 9A@frequency<150kHz
- Voltage Ripple
- Voltage Ripple ≤ ±5V
Environmental
- Altitude
- ≤4000m
- Operating Temperature
- －40℃~＋75℃
- Storage Temperature
- －40℃~＋75℃
- Relative Humidity
- 5%~95% (non-condensing)
- MTBF
- > 500,000h
- Noise
- ≤ 60 dB (25℃@Full Load, rated working condition); ≤ 65 dB (40℃@Full Load, rated working condition); ≤ 55 dB (silent mode)
Certificates & Compliance
- Safety & Regulatory Standards
- IEC 61851-1, IEC 61851-23, IEC 62477-1, EN 61851-1, EN61851-23, EN 62477-1; Double or reinforced insulation between input and output, output and PE, input & output and SELV
- EMC
- IEC 61851-21-2, EN61851-21-2, Class B
Dynamic Power Sharing
Autel MaxiCloud Digital Load Balancing.
Autel’s Dynamic Load Balancing (DLB) ensures chargers can dynamically share power according to demand. If two vehicles are using the same charger, power output is cut in half for each vehicle, ensuring safe power management for the network. If more than two vehicles are charging, power is shared further among the chargers in use.
Autel MaxiCloud
One-Stop MaxiCloud Platform Management.
The Autel MaxiCloud Cloud supports OCPP 1.6 & 2.0, giving site hosts complete control and visibility across their entire charging network. Through our cloud platform, operators can efficiently manage energy costs, optimize revenue, oversee media assets, and much more.
Contact Us
Speak with an Expert.
Got a Project? Accelerate your EV charging business with Intelli EV - your trusted Autel partner. We deliver tailored charging solutions and the right Autel products to power your success with efficiency, reliability, and innovation.
