SiC Series

SILICON CARBIDE
AHF/SVG
Size Reduction: 46%
Operational: -40°C ~ +60°C
Efficiency: ≥98.5%

SiC Series

SILICON
CARBIDE
AHF/SVG
Size Reduction: 46%
Operational: -40°C ~ +60°C
Efficiency: ≥98.5%
Ikonmac silicon carbide (SiC) semiconductor module for high-efficiency power electronics

INTRODUCTION

Silicon carbide (SiC) power module used in Ikonmac systems for high-efficiency switching and thermal performance

Size Reduced by 46%

Infineon IGBT power module featured in Ikonmac’s AHF and SVG systems for high-reliability switching

Silicon Carbide MOS

        In traditional low-voltage 415V power quality systems, switching devices commonly use siliconb ased IGBT. The new generation of silicon carbide (SiC) materials has numerous advantages over silicon (Si)-based materials, including lower losses and smaller size. At the same time, with technological advancements, the power capacity of SiC MOS has gradually expanded and has begun to be widely applied in high-power fields such as new energy vehicles, energy storage, and power quality management.

        With the large-scale release of domestic SiC production capacity in 2025 and the reduction in SiC device costs, iKonMac has adopted the industry’s most advanced active clamping technology, softswitching technology, and proprietary innovative technology, combined with SiC devices, to launch the 415V(304V-456V) SiC power quality device. Compared to the current silicon-based IGBT products in the industry, it has twice the reliability and response speed, and the power module size has been reduced by 46%.

INTRODUCTION

Silicon carbide (SiC) power module used in Ikonmac systems for high-efficiency switching and thermal performance

Size Reduced by 46%

Infineon IGBT power module featured in Ikonmac’s AHF and SVG systems for high-reliability switching

Silicon Carbide MOS

        In traditional low-voltage 415V power quality systems, switching devices commonly use siliconb ased IGBT. The new generation of silicon carbide (SiC) materials has numerous advantages over silicon (Si)-based materials, including lower losses and smaller size. At the same time, with technological advancements, the power capacity of SiC MOS has gradually expanded and has begun to be widely applied in high-power fields such as new energy vehicles, energy storage, and power quality management.

        With the large-scale release of domestic SiC production capacity in 2025 and the reduction in SiC device costs, iKonMac has adopted the industry’s most advanced active clamping technology, softswitching technology, and proprietary innovative technology, combined with SiC devices, to launch the 415V(304V-456V) SiC power quality device. Compared to the current silicon-based IGBT products in the industry, it has twice the reliability and response speed, and the power module size has been reduced by 46%.

DIMENSIONS

Front View

Detailed mechanical dimensions of Ikonmac Silicon Carbide power module with mounting hole and terminal layout

Rear View

Ikonmac Silicon Carbide power module baseplate dimensions with bolt hole spacing and outline measurements

Side View

Ikonmac Silicon Carbide module internal layout with terminal configuration and interface dimensions

Top View

Dimensional drawing of a Silicon Carbide (SiC) power module used in Ikonmac power quality systems

DIMENSIONS

Front View

Detailed mechanical dimensions of Ikonmac Silicon Carbide power module with mounting hole and terminal layout

Rear View

Ikonmac Silicon Carbide power module baseplate dimensions with bolt hole spacing and outline measurements

Side View

Ikonmac Silicon Carbide module internal layout with terminal configuration and interface dimensions

Top View

Dimensional drawing of a Silicon Carbide (SiC) power module used in Ikonmac power quality systems

PARAMETERS

Voltage Level

304V-456V

Module Capacity

Active Power Filter: 150Amps

Static Var Generator: 100kVar

Module Size (W*H*D)

480*200*530

600*800*2200

(Max Capacity Per Cabinet)

750A or 500kvar

Number of Parallels

12

Operating Frequency

50Hz / 60Hz (-10% ~ +10%)

Current Transformer

100 : 5 ~ 10000 : 5

Controller

100% Full FPGA, 16 CPUs parallel computation

Compensate For Harmonics

AHF: 2-50th order harmonics

SVG: 2-25th order harmonics

Efficiency

>98.5%

Switching Frequency

80kHz (Infineon Silicon Carbide MOSFET)

Methods of Communication

RS485, Modbus RTU, Wifi (Remote control)

Upper Level Software

Yes, all parameters can be set by the upper-level software

Fault Alarm

Yes, up to 500 alarm messages can be recorded

Monitor

4.3" / 7" / 10" / 12" (Optional)

Support independent monitoring of each module / centralized monitoring of the whole machine

Full Response Time

≤5ms , instant response ≤50us

Active Loss

≤1.5%

Heat Dissipation

Intelligent air cooling

Noise

≤60dB

Protection Features

There are more than 20 kinds of protection such as overvoltage, undervoltage, overheating, overcurrent, short circuit, etc

CT Installation Location

Load side

Wall Mount Size

The wall mount is the same size as the module

Module Weight

30kg

Operating Temperature

-40°C ~ +60°C

Elevation

<5000 meters (More than 1000 meters, for every 100 meters of additional elevation, the power is reduced by 1%)

Relative Humidity

<95%, No condensation

Ingress Protection

Module IP20 + Electronic Layer IP42 (Customizable IP54 or IP65)

Pollution Resistance Rating

Level 2 (Customizable Level 3)

PARAMETERS

Voltage Level

304V-456V

Module Capacity

Active Power Filter: 150Amps

Static Var Generator: 100kVar

Module Size (W*H*D)

480*200*530

600*800*2200

(Max Capacity Per Cabinet)

750A or 500kvar

Number of Parallels

12

Operating Frequency

50Hz / 60Hz (-10% ~ +10%)

Current Transformer

100 : 5 ~ 10000 : 5

Controller

100% Full FPGA, 16 CPUs parallel computation

Compensate For Harmonics

AHF: 2-50th order harmonics

SVG: 2-25th order harmonics

Efficiency

>98.5%

Switching Frequency

80kHz (Infineon Silicon Carbide MOSFET)

Methods of Communication

RS485, Modbus RTU, Wifi (Remote control)

Upper Level Software

Yes, all parameters can be set by the upper-level software

Fault Alarm

Yes, up to 500 alarm messages can be recorded

Monitor

4.3" / 7" / 10" / 12" (Optional)

Support independent monitoring of each module / centralized monitoring of the whole machine

Full Response Time

≤10ms , instant response ≤50us

Active Loss

≤1.5%

Heat Dissipation

Intelligent air cooling

Noise

≤60dB

Protection Features

There are more than 20 kinds of protection such as overvoltage, undervoltage, overheating, overcurrent, short circuit, etc

CT Installation Location

Load side

Wall Mount Size

The wall mount is the same size as the module

Module Weight

30kg

Operating Temperature

-40°C ~ +60°C

Elevation

<5000 meters (More than 1000 meters, for every 100 meters of additional elevation, the power is reduced by 1%)

Relative Humidity

<95%, No condensation

Ingress Protection

Module IP20 + Electronic Layer IP42 (Customizable IP54 or IP65)

Pollution Resistance Rating

Level 2 (Customizable Level 3)

QUALITY CONTROL

Ikonmac factory production line for power quality equipment assembly and testing

IGBT Module Assembly

Automatic soldering machine at Ikonmac factory ensuring precision PCB assembly for power systems

Automatic Soldering

Ikonmac technician performing inductance soldering for power module assembly

Inductance Soldering

Ikonmac technician assembling internal components of a power quality cabinet

Assembly

Ikonmac low-voltage testing of assembled power quality systems before delivery

Low-Voltage Testing

Ikonmac high-voltage testing of power quality equipment to ensure insulation and safety compliance

High-Voltage Testing

Ikonmac aging test process for power quality systems ensuring long-term reliability

Aging Test

Ikonmac technician performing final inspection on power quality equipment before shipment

Final Inspection

Ikonmac power quality equipment being securely packaged for international shipping

Packaging

QUALITY CONTROL

Ikonmac factory production line for power quality equipment assembly and testing

IGBT Module Assembly

Automatic soldering machine at Ikonmac factory ensuring precision PCB assembly for power systems

Automatic Soldering

Ikonmac technician performing inductance soldering for power module assembly

Inductance Soldering

Ikonmac technician assembling internal components of a power quality cabinet

Assembly

Ikonmac low-voltage testing of assembled power quality systems before delivery

Low-Voltage Testing

Ikonmac high-voltage testing of power quality equipment to ensure insulation and safety compliance

High-Voltage Testing

Ikonmac aging test process for power quality systems ensuring long-term reliability

Aging Test

Ikonmac technician performing final inspection on power quality equipment before shipment

Final Inspection

Ikonmac power quality equipment being securely packaged for international shipping

Packaging