Infineon Silicon Carbide MOS
46% Size Reduction
High Efficiency Operation
View Manual
Traditional low-voltage 415V power quality systems use silicon-based IGBT. New SiC materials have lower losses and smaller size, and are increasingly used in new energy vehicles, energy storage and power quality management.
With domestic SiC capacity release and lower material costs, iKonMac adopted active clamping, soft-switching and proprietary control technology to launch 415V SiC power quality devices.
Infineon Silicon Carbide MOS
46% Size Reduction
High Efficiency Operation
Compact Module Design
Lower Switching Loss
High Power Density
The design features a layered structure, separating the electronic and power components. The electronic layer ensures insulation, moisture and dust protection, while the power layer is fan-cooled for harsh industrial environments.
Seventh generation Infineon IGBT technology reduces switching loss and supports high switching frequency with fast PWM calculation.
The control system uses FPGA architecture with parallel-running hardware CPU units, improving dynamic compensation calculation.
Optimized reactor design and high switching frequency reduce fan and switching noise for stable industrial operation.
Lower switching loss and compact inductance size help the cabinet maintain efficient continuous operation.
Layered heat dissipation and high temperature resistant components support operation in demanding industrial sites.
Intelligent startup and protection logic reduce resonance risk when working with complex loads and existing capacitor equipment.
Standard modular design supports compact cabinet integration for high-density AHF or SVG capacity in large industrial projects.
| 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 | -40C ~ +60C |
| 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) |
iKonMac Silicon Carbide Series combines SiC power devices with iKonMac FPGA control technology to deliver compact, efficient AHF/SVG modules for demanding power quality projects.
Tell us your load profile, transformer capacity, target power factor or THDi requirement. Our engineering team will help evaluate suitable AHF/SVG configuration.
