Top 10 China Manufacture EV Charger Power Module

Top 10 China Manufacture EV Charger Power Module 

01. 62.5kW Charging Module Series

1. 62.5kW Liquid-Cooled Bidirectional DC/DC Module LBC1K5180G

Achieving a full-load efficiency of 98.5% and a power density of 61.2W/in³, this module saves system design space while achieving greater power output. It supports parallel operation of up to 20 modules and is suitable for various applications such as DC microgrids and energy storage systems.

2. 62.5kW Liquid-Cooled AC/DC Charging Module LRG1K0208G

Achieving a full-load efficiency of 97.5% and an overall efficiency of 97%, this module supports standby “0″ reactive power and standby “0″ power consumption, and is compatible with Level 1 energy efficiency standards for charging piles.

02. 40kW Charging Module Series

1. 40kW High-Efficiency Charging Module REG1K0135A2

Utilizing a new topology and all-SiC design, this module boasts a peak efficiency >97% and an overall efficiency >96%. Its extremely compact size and high power density of 65.8W/in³ reduce the footprint of charging stations.

2. 40kW State Grid Standard Charging Module REG1K0135Z5 (Zero Power Consumption)

Adopts a new topology and all-SiC design, peak efficiency >97%, overall efficiency >96%; extremely small module size, reducing charging pile footprint; supports zero power consumption.

3. 40kW State Grid Standard Charging Module REG1K0135A5

Adopts a new topology and all-SiC design, peak efficiency >97%, overall efficiency >96%; extremely small module size, reducing charging pile footprint.

4. 40kW High-Reliability Charging Module REG1K0135

A DC charging module using patented circuit design and innovative technology, featuring a wide constant power voltage range, high efficiency, high power factor, high power density, and minimal electromagnetic radiation and interference, meeting the fast charging needs of various electric vehicles.

5. 40kW Liquid-Cooled Charging Module LRG1K0135A2

Utilizes a liquid-cooled heat dissipation design, eliminating air ducts and fans, offering high protection, zero noise, and high power density. Modules utilize SiC power devices in mass production, achieving a peak power conversion efficiency >97%.

6. 40kW Liquid-Cooled DC/DC Converter Module LCG1K0135G

Employs liquid cooling design, eliminating airflow channels and fans, offering advantages such as high protection, zero noise, and high power density. Modules utilize SiC power devices in mass production, achieving a peak power conversion efficiency >97.5%.

7. 40kW High-Protection Liquid-Cooled Charging Module LRG1K0135

Employs liquid cooling design, eliminating airflow channels and fans, achieving an IP67 protection rating, offering advantages such as high protection, zero noise, and high power density. Modules utilize SiC power devices in mass production, achieving a peak power conversion efficiency >97%.

03. 30kW Charging Module Series

1. 30kW High Power Density Charging Module REG1K0100A2

Features a wide constant power voltage range, high efficiency, high power factor, high power density, high protection performance, high reliability, low noise, and low harmonics, meeting the fast charging needs of various electric vehicles.

2. 30kW High-Reliability Charging Module REG1K0100

This DC charging module, employing patented circuit design and innovative technology, boasts advantages such as a wide constant power voltage range, high efficiency, high power factor, high power density, and minimal electromagnetic radiation and interference, meeting the fast charging needs of various electric vehicles.

3. 30kW High-Efficiency DC-DC Converter Module CEG1K0100G2

This module features a wide constant power range, high efficiency, high power density, minimal electromagnetic radiation and interference, and high reliability. It is a DC input/DC output module with integrated MPPT functionality, widely used in integrated photovoltaic-energy storage-charging stations.

4. 30kW DC-DC Converter Module CEG1K0100

This module features a wide constant power range, high efficiency, high power density, minimal electromagnetic radiation and interference, and high reliability. It is a DC input/DC output module with integrated MPPT functionality, widely used in integrated photovoltaic-energy storage-charging stations.

5.30kW Liquid-Cooled Charging Module LRG1K0100G

Utilizing a liquid-cooled heat dissipation design, this module eliminates the need for air ducts and fans, offering advantages such as high protection, zero noise, and high power density. The module utilizes SiC power devices in mass production, achieving a peak power conversion efficiency >97%.
04. 20kW Charging Module Series

1. 20kW/1000V State Grid Standard Charging Module REG1K070

Features a wide and uninterrupted constant power voltage range, high efficiency, high power factor, high power density, minimal electromagnetic radiation and interference, and high reliability. It offers constant power over a wide voltage range of 300Vdc~1000Vdc, with a maximum current output of 67A, reaching internationally leading levels.

2. 20kW/750V 50A Charging Module REG75050

Features a wide and uninterrupted constant power voltage range, high efficiency, high power factor, high power density, minimal electromagnetic radiation and interference, and high reliability. It meets the fast charging needs of various electric vehicles, offering significant energy-saving and environmentally friendly performance, reaching international leading levels.

3. 20kW/750V 67A Charging Module REG75050A

This DC charging module, employing patented circuit design and innovative technology, features a wide and uninterrupted constant power voltage range, high efficiency, high power factor, high power density, minimal electromagnetic radiation and interference, and high reliability. It meets the fast charging needs of various electric vehicles, offering significant energy-saving and environmentally friendly performance, reaching international leading levels.

4. 20kW/750V33A Charging Module REG75035

This DC charging module, employing patented circuit design and innovative technology, boasts advantages such as a wide and uninterrupted constant power voltage range, high efficiency, high power factor, high power density, minimal electromagnetic radiation and interference, and high reliability. It meets the fast charging needs of various electric vehicles, demonstrating significant energy-saving and environmental protection effects, reaching international leading levels.

5. 20kW DC-DC Converter Module CEG75050

This module features a wide constant power range, high efficiency, high power density, minimal electromagnetic radiation and interference, and high reliability. The CEG75050 is a DC input/DC output module with integrated MPPT functionality, widely used in integrated photovoltaic-energy storage-charging stations.

05. 7kW Charging Module Series

1. 7kW Single-Phase Charging Module REG75020S

Features a wide constant power range, high efficiency, high power factor, high power density, and high reliability. The REG75020S supports both single-phase AC input and DC voltage input, with a DC output voltage range of 50Vdc to 750Vdc and a constant power output as low as 350Vdc, delivering a 7kW output power. It is a charging module with internationally leading technology.
07

KSTAR Charging Module

1. 40kW Charging Module

Peak efficiency can reach over 96%, with low standby power consumption; wide operating temperature range, capable of normal operation from -40-75℃; the module adopts an isolated air duct, resulting in low TCO; the module output is equipped with a DC fuse; it can support 60 modules operating simultaneously in parallel, offering strong scalability.
2. 30kW Charging Module

Output voltage range 200-1000V, suitable for various scenarios; wide operating temperature range, capable of normal operation from -40-75℃; the module adopts an isolated air duct, resulting in low TCO; the module output is equipped with a DC fuse; low-noise design reduces noise impact on the environment; the charging module supports hot-swapping, plug-and-play for easy maintenance.
3.20kW Charging Module

Peak efficiency reaches over 96%, low standby power consumption; wide operating temperature range, normal operation from -40-75℃; multiple protection functions ensure charging safety; low noise design reduces noise impact on the environment; supports 60 modules working simultaneously in parallel, strong scalability; hot-swappable charging module, plug-and-play for easy maintenance.
08 Shenzhen Kehua Charging Module

1.40kW Liquid-Cooled Charging Module

Peak efficiency reaches 97%+; 0 noise, community-friendly; 0 standby power consumption, extreme energy saving; automotive-grade process, lifespan 10+ years; anti-condensation design for enhanced safety.
2.40kW GB Charging Module

Peak efficiency ≥96%, reducing energy loss; 0 standby power consumption, achieving extreme energy saving; 133.3A high current output, powerful performance; supports in-situ module detection, improving reliability.
3.30kW GB Charging Module

Peak efficiency ≥96%, reducing energy loss; standby power consumption <7.5W, industry-leading; 109A high-current output, powerful performance; 150~1000V ultra-wide voltage output, supporting more vehicle models.

4.30kW V2G Charging/Discharging Module

200~950V ultra-wide charging/discharging voltage range; 300~950V ultra-wide constant power charging/discharging range; intelligent and fast charging/discharging switching, less than 10ms; peak efficiency ≥95%, reducing energy loss.

09 Inspur Smart Terminal

1.40kW Silicon Carbide Charging Module

Based on third-generation semiconductor (silicon carbide) technology, it features three-phase AC input and reactive power compensation capabilities, making it particularly suitable for scenarios requiring power factor adjustment, such as high-density charging stations or locations with high grid loads. The module boasts industry-leading power density and a peak efficiency exceeding 97% (industry average approximately 95%), significantly reducing energy loss.

2.30kW Charging Module

This is a high-power-density AC-DC charging module with a power density of 3.6W/cm³, making it more competitive in power density compared to the common 2.7W/cm³.

10 Inkerui

1.60kW Air-Cooled Charging Module

98% peak efficiency; achieves excellent performance including zero standby power consumption, operating noise below 60dB, and no load derating at altitudes of 4000 meters.

2.40kW Liquid-Cooled AC/DC Charging Module

SIC design, full-load efficiency >96.5%; wide input voltage range: 260Vac-530Vac, suitable for various power grids; liquid cooling, fanless module, zero noise.

3.30kW Constant Power Charging Module

The EVR1000-30000C series high-frequency switching rectifier module is an AC-DC module with adjustable DC voltage output. The modules employ DSP digital control, resonant soft switching, and active PFC technology, and are protected by multiple patents. They feature high power density, high power factor, low harmonics, and high efficiency, and can be connected in parallel with multiple modules.

4. 30kW High-Protection Liquid-Cooled Charging Module

The EVR330-30000 series high-frequency switching rectifier module is an AC-DC module with adjustable DC voltage output. This module uses liquid cooling technology, has a high protection rating (IP50), excellent heat dissipation performance, and is suitable for harsh environments.

5. 30kW High-Voltage DC Module

The TR240-30000 series high-voltage DC module is an AC-DC module with adjustable DC voltage output. It features high power density, high power factor, low harmonics, and high efficiency, and can be connected in parallel with multiple modules.

6.20kW State Grid Size Constant Power Charging Module

The EVR330-20000C/ EVR1000-30000 is a DC charging module developed based on the unified size of the State Grid system. Its output voltage range is 200V~1000V, and its constant power range is 250V~1000V.

Shenghong Technology

1. 1000V 40kW Silicon Carbide Charging Module

The industry’s first mainstream 40kW charging module using SiC MOS, reaching international leading levels; peak efficiency >97%, average efficiency improved by 1%.

2. 1000V 30kW State Grid Unified Charging Module

A high power density, high efficiency charging module, meeting the future development needs of high-voltage fast charging for vehicles; structure and size consistent with the State Grid 20kW unified standard; high-efficiency topology application, peak efficiency >96%, standby power <10W, ultra-high power density 58.36W/in³.

3. 1000V 20kW State Grid Unified Charging Module

Meets the State Grid unified standard, suitable for high-voltage electric vehicle charging, State Grid six unified standard charging piles, and Chaoji charging piles. Wide input voltage range, output voltage range, and constant power range; maximum current output of 66.7A.

4. Shenghong Yaoling Air-Cooled 60kW Module Solution

Small size, high energy, highest power density in its class at 62W/in³; built-in AC contactor, no additional system configuration required; innovative application of interleaved parallel topology technology, leading efficiency ≥97.5%.

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Xingyuan Borui

1. 60kW Independent Airflow AC/DC Charging Module

Optimized topology design, full-load efficiency ≥96.7%, peak efficiency 97.2%; IP65 protection rating, no need for additional cabinet fans, dust filters, etc. in the charging system; unique structural design, automotive-grade components and materials, higher product stability.

2. 50kW Special Vehicle Dedicated AC/DC Charging Module

Precisely matched to the high charging voltage range application requirements of special vehicles, achieving full-power operation within this output voltage range; compatible with the structure (size, terminals), protocol, and heat generation of general-purpose 40kW products, simplifying the system development process; more advantageous per-watt cost; lower system terminal cost and electrical installation cost for the same power system.

3. 40kW-SiC Low-Noise AC/DC Charging Module

Improved circuit design, resulting in an average 0.4%~0.5% increase in full-load efficiency; patented airflow layout for better heat dissipation in key heat-generating areas; upgraded capacitors and other core components for higher long-term reliability; better temperature control and a more compatible control algorithm result in lower noise at full load under normal temperature.
4. 40kW-SiC Relay-Type AC/DC Charging Module

Improved circuit design, resulting in an average 0.4%~0.5% increase in full-load efficiency; patented airflow layout for better heat dissipation in key heat-generating areas; upgraded capacitors and other core components for higher long-term reliability; built-in relay design at the AC port enables true “0 power consumption” in standby mode.
5. 40kW-SiC High-Efficiency Low-Noise AC/DC Charging Module

Optimized topology design for higher efficiency; patented airflow layout for better heat dissipation in key heat-generating areas; upgraded capacitors and other core components for higher long-term reliability; built-in relay design at the AC port enables true “0 power consumption” in standby mode.
6.40kW-SiC European Standard AC/DC Charging Module

Optimized topology design, overall efficiency improved by over 0.5%; patented airflow layout for better heat dissipation in key heat-generating areas; upgraded capacitors and other core components for higher long-term reliability.

7.40kW AC/DC Charging Module

Full load efficiency ≥95.5%; adopts a stable topology and structural design with extensive market application, and a comprehensive dynamic algorithm protection strategy, ensuring high reliability.

8.30kW AC/DC Charging Module

Full load efficiency ≥95.5%, peak efficiency 96.2%; adopts a stable topology and structural design with extensive market application, and a comprehensive dynamic algorithm protection strategy, ensuring high reliability; standby power loss <7W.

9.20kW State Grid Unified AC/DC Charging Module

Optimized topology design, full load efficiency ≥96.7%, peak efficiency 97.2%; IP65 protection rating, eliminating the need for additional cabinet fans, dust filters, etc. in the charging system; unique structural design, automotive-grade components and materials, resulting in higher product stability.