Mitsubishi LV100 Series IGBT Module 1200V-2000V 800A-1800A, Low Loss for New Energy PV Wind Energy Storage
LV100 Series IGBT Module
The LV100 Series IGBT Module covers voltage ratings from 1200V to 2000V and current ratings from 800A to 1800A. Featuring low power loss, this series is specifically engineered for new energy applications including photovoltaic systems, wind power generation, and energy storage, delivering reliable and efficient power solutions for industrial applications.
Key Advantages
- Ultra-High Current Density: 1800A capability through optimized IGBT/diode chip layout; enhances inverter output power and system scalability
- Low Power Loss: 8th Gen SDA1 split-gate and CPL2 deep buffer layer reduce conduction and switching losses by approximately 15%, minimizing energy waste and cooling requirements
- Enhanced Reliability: 175°C maximum junction temperature and SLC thermal cycle technology improve durability in demanding renewable energy environments
- Flexible System Design: LV100 package enables easy paralleling for multi-capacity inverter configurations; drop-in replacement capability accelerates design cycles
- Grid-Ready Performance: Low dv/dt and reduced turn-off surge voltage (via CPL2) ensure grid compatibility and stable operation
Product Models and Specifications
| Model |
Rated Voltage |
Rated Current |
Core Technology |
Package Specification |
Adapted Industries |
Typical Application Scenarios |
| CM800DW-24T |
1200V |
800A |
7th Gen CSTBT™ IGBT + RFC Diode |
LV100 (100*144*40mm) |
New Energy Power Generation, Industrial Automation, Power Supply Equipment |
String PV Inverters, Industrial UPS, Motor Drives |
| CM1200DW-24T |
1200V |
1200A |
7th Gen CSTBT™ IGBT + RFC Diode |
LV100 (100*144*40mm) |
New Energy Power Generation, Industrial Drives, Power Grid Equipment |
Centralized PV Inverters, Medium-Voltage Inverters, SVG |
| CM1800DW-24ME |
1200V |
1800A |
8th Gen SDA1 Split-Gate + CPL2 Deep Buffer Layer |
LV100 (100*144*40mm) |
New Energy Power Generation, Energy Storage Systems, Power Transmission |
Large-Scale PV Power Plant Inverters, Energy Storage Converters, 2MW+ Systems |
| CM800DW-34T |
1700V |
800A |
7th Gen CSTBT™ IGBT + RFC Diode |
LV100 (100*144*40mm) |
Industrial Drives, Wind Power, Heavy-Duty Power Equipment |
Wind Power Converters, High-Voltage Motor Drives, Industrial Power Supplies |
| CM800DW-34TA |
1700V |
800A |
7th Gen CSTBT™ IGBT + High Rated Current Free-Wheeling Diode |
LV100 (100*144*40mm) |
Wind Power, Industrial Automation |
Wind Turbine Side Converters, AFE Rectifiers |
| CM1200DW-34T |
1700V |
1200A |
7th Gen CSTBT™ IGBT + RFC Diode |
LV100 (100*144*40mm) |
Wind Power, Power Grid Equipment, Industrial Drives |
Large-Scale Wind Power Converters, STATCOM, High-Voltage Inverters |
| CM1200DW-40T |
2000V |
1200A |
7th Gen CSTBT™ IGBT + RFC Diode |
LV100 (100*144*40mm) |
New Energy Power Generation, Power Grid Transmission |
1500Vdc PV Systems, High-Voltage Energy Storage Converters |
Application Scenarios
- Solar PV Inverters: Central, string, and utility-scale inverters for 1500Vdc/1000Vac systems; maximizes energy yield and system efficiency
- Energy Storage Systems (ESS): Grid-tied and off-grid battery inverters; improves charge/discharge efficiency and cycle life
- Renewable Hybrid Systems: Wind-solar-battery integration; handles dynamic load changes and grid fluctuations reliably
- Industrial Power Supplies: Uninterruptible Power Supplies (UPS) and active front-end (AFE) converters for renewable-powered industrial facilities
Frequently Asked Questions
Are all models of the LV100 series available for global supply? Are there any supply restrictions in some regions?
All 7 listed models support overseas supply, with delivery cycles of 2-4 weeks to Europe and the United States, and 1-2 weeks to Southeast Asia. There are no regional supply restrictions, but customs clearance documents must be prepared according to local regulations.
Can the LV100 module directly replace other series (such as LV50) in old equipment?
No. The LV100 package size (100*144*40mm) differs from the LV50 series. Direct replacement will cause installation mismatch. It is recommended to adjust equipment mounting holes according to LV100 specifications.
What should I do if the module overheats frequently when used in high-temperature regions?
Check for dust blockage on heat sinks and clean regularly. Replace cooling fans with high-speed models matching LV100 power. For extreme temperatures above 45℃, add heat insulation pads between the module and heat sink to reduce heat conduction.
Is after-sales maintenance provided for overseas orders? What is the warranty period?
Global after-sales service is provided with a 1-year warranty period from the date of receipt.
Are there differences in the voltage standards of LV100 modules for different countries?
No differences. All overseas models feature universal voltage design (1200V/1700V/2000V) compatible with most global power grid standards. No manual voltage adjustment is required.
Can LV100 modules be used in parallel? Are there any risks in actual operation?
Yes, all models support parallel connection for high-power system expansion. The main risk is current imbalance—use modules of the same model and batch, and ensure consistent wiring length for each module to avoid local overcurrent.
Why are modules easily damaged when used in wind power scenarios? How to avoid it?
Vibration damage is the primary cause. Choose TA series modules (such as CM800DW-34TA) with reinforced anti-vibration design. Use shock-absorbing mounting brackets during installation to reduce vibration impact.
Are there differences in technical parameters between the overseas version and the domestic version of the LV100?
No differences. Core parameters (rated current, voltage, technology) are identical. The only difference is packaging labels with multi-language instructions for overseas users.