PE-Inverter Systems

Specifically designed for research, development, and testing in academic and industrial settings.

Remove the design of your inverter from the critical path of your project timeline.

Choose from an array of pre-built high efficiency, high power density, and high-performance units that are based on years of design expertise in the Power Electronics industry.

Features and Benefits

Integrated gate drive circuits
Built-in protection circuits for overcurrent, overvoltage, and overtemperature protection
Isolation between the control system and main power stage circuit. Switches are driven by a logic level, TTL, external gate drive signal.
Built-in voltage and current sensors for easy setup of feedback signals
Built-in cooling and breaker system
Status LEDs for errors and protection operation
Easy connection to your existing control system (e.g. PE-Expert 4) for smooth digital control implementation

Why choose PE-Inverters?

Easy to Use

You don’t have to overcome a steep learning curve. Our plug-and-play inverter units come with simple and direct control plug-ins for implementing and verifying control algorithms and are easy to use.

Save Time and Money

Building your own inverter system for testing projects can incur high development costs, heavy time/resource consumption, and may require multi-disciplinary expertise in various fields of engineering.

Skip the hassle by investing in a PE Inverter unit with embedded voltage and current sensors to speed up the control implementation for all your inverter applications.

Safety and Reliability

Our PE Inverters will provide safe and reliable service to your development with built-in protection and error detection.

SiC Devices available

SiC (Silicon Carbide) devices are the next-generation power semiconductor. Their faster switching speeds and lower losses will allow you to reduce the size and thermal management requirements of your converters leading to increased efficiency & power density while reducing weight.

The Myway PE-Inverter units with SiC were the world’s first inverter development units with SiC-MOSFET (January 2013). Easily evaluate the benefit of SiC devices for your next project with these proven designs.

Product Catalog

For more detailed specs of our inverters download the PDF Catalog.

The price point of the low to medium power units ranges from $1,600 to $30,000 USD. The 343kVA unit is priced at $72,000 USD.

1 to 9.1 kVA	MWINV-1R022	MWINV-5R022	MWINV-9R122C	MWINV-9R144

Rated Capacity	1kVA (Output AC 200V)	5kVA (Output AC 200V)	9.1kVA (Output AC 200V)	9.1kVA (Output AC 400V)
Rated Output Current	AC 2.88 Arms	AC 14.4 Arms	AC 26.3 Arms	AC 13.2 Arms
Input Voltage	AC 0-230Vrms DC 0-400V	AC 0-230Vrms DC 0-400V	AC 0-230Vrms DC 0-400V	AC 0-440V DC 0-700V
Protection Features	Overcurrent, Overvoltage	Overcurrent, Overvoltage	Overcurrent, Overvoltage	Overcurrent, Overvoltage, Overtemperature
Switching Frequency	20kHz	20kHz	15kHz rated power; 20kHz max	15kHz rated power; 20kHz max

7 to 50 kVA	MWINV-7R006A	MWINV-1044-SIC	MWINV-1203	MWINV-5044-SIC

Rated Capacity	7kVA	10kVA (Output AC 400V)	12.5kVA	50kVA (Output AC 400V)
Rated Output Current	AC 100 Arms	AC 14.5 Arms	AC 300 Arms	AC 72.2 Arms
Input Voltage	DC 10-80V	DC 0-800V	DC 0-60V	DC 0-800V
Protection Features	Overcurrent, Overvoltage, Overtemperature	Overcurrent, Overvoltage	Overcurrent, Overvoltage, Overtemperature, Interlock	Overcurrent, Overvoltage, Arm Short Circuit
Switching Frequency	10 to 40kHz	100kHz rated power; 200kHz max	Below 20kHz	40kHz rated power; 200kHz max

20 to 343 kVA	MWINV-2022A	MWINV-5022B	MWINV-34044

Rated Capacity	20.2kVA (Output AC 200V)	50.6kVA (Output AC 200V)	343kVA
Rated Output Current	AC 58.4 Arms	AC 146 Arms	AC 450 Arms
Input Voltage	AC 0-230V DC 0-400V	AC 0-230V DC 0-400V	DC 0-850V
Protection Features	Overcurrent, Overvoltage	Overcurrent, Overvoltage	Overcurrent, Overvoltage, Overtemperature, Arm Short Circuit
Switching Frequency	15kHz rated power; 20kHz max	15kHz rated power; 20kHz max	1 to 6kHz rated power; 20kHz max