Power Inverter

COUGAR ELECTRONICS has a brand new line of standard inverters ready and easy to integrate in most power applications. We are also able to design and manufacture any type of custom inverters from 1kW to a few MW !

Standard inverter - EASY line

Main caracteristics :

  • Irms (At Rt=40°C / PWM=3kHz / 600Vdc / 400Vac): 310 to 765Amps
  • Vce: 1200V
  • Vdc: 600 to 700V
  • Vdc-peak: 770V
  • Vac (network voltage): 460 to 480V
  • Tj (continuous operation): 125decC

Advantages :

  • EASY integration in an 1000mm enclosure for the biggest
  • The EASY design can be integrated in any directions
  • Standard Mechanical shape and interface for the different power rating
  • EASY maintenance
  • Dirty environment work without risk for the heat sinks
  • Fiber Optical Interface in option
  • Rectifier Bridge adapted to the DC Bus Bar in option

Easy inverter line is available in two versions following power rating:

  • EASY regular (2 Econodual in parallel): 570A, 685A, 765A
  • EASY small (1 Econodual): 310A, 370A, 420A

A compact option is available for constrained room designs.

Easy inverter line is compatible with our standard range of rectifier , for a perfect integration in most of the standard cabinets of the market.

EASY small
EASY Small Compact

Easy Small

Easy Small Compact

EASY Regular
EASY Regular Compact

Easy Regular

Easy Regular Compact

Custom inverter

COUGAR ELECTRONICS is able to provide any type of inverter following your requirements :

  • 1 phase inverter
  • 3 phases inverter
  • Multilevels inverter

Our expertise that goes fro the semi-conductor to the driver board allow us to drive up to 4 IGBTs in parallel in order to achieve high current applications.

Thanks to our dedicated cooling solutions, our solutions are generally more compact and lightweight than our competitors. Submit us your constraints and your challenging projects, we will be happy to work with you !

EASY small
EASY Small Compact

3 Phases inverter

3 Phases inverter

EASY Regular
EASY Regular Compact

3 Phases Inverter – Compact design

3 Phases inverter – 5 levels


Heat pipes coolers are like the Loch Ness monster... lot's of people are speaking about, but few people have really tested them! This technology sounds a little bit mysterious for people coming from a pure electronics background ! How can such a thing (looking like a basic copper tube), would be able to convey something like 1000 time more calories than the best typical thermal conductor in electronics : copper ! You will certainly find the answer in our dedicated page to the heat pipe functioning, or to heat pipe page on wikipedia, if you want to go deeper in the subject. [caption id="attachment_1877" align="aligncenter" width="685"]Heat Pipe functionning Heat Pipe functionning[/caption]

Thermal management challenges in power electronics

As it was explained in our market analysis article about SIC semiconductors, power electronics is currently at the beginning of a revolution. Semiconductors are now able to work up to incredibly high frequency (50 to 100kHz), with excellent efficiency, and low losses. Because working at high frequency leads to reducing size and weight, this revolution increasesthe density of power losses. New thermal management challenges are in front of us. But good news, heat pipes are here to help solving them ! Here are the main reasons why ?

Heat pipe advantages

  • High thermal conductivity. Because heat pipes are using one of the most efficient way to convey calories : phase change, their high thermal conductivity will be the best advantage to solve your thermal management issues.
[caption id="attachment_1880" align="aligncenter" width="300"]Heat Pipe thermal conductivity simulation Heat Pipe thermal conductivity simulation[/caption]
  • Temperature range. It is mainly depending from the working fluid inside the heat pipe. Considering most of the power electronics application going from 50 to 200 degC, you will not find a better fluid than water. Good news, water is not dangerous and not explosive as you may know... Bad news, water is electrically conductor as you may know too. Electronics designer never sleeps soundly when water flows close to their components ! If you feel a bit of apprehension, read our next point.
  • Reliability. Heat pipes are excellent in reliability because they use no mooving mechanical parts and need no energy like electricity. No worry about maintaining the motor or the filter of your pump like in a cooling loop. The difference of temperature is the only "motor" which garanty an endless  functionning. Heat pipes are commonly used in aerospace application and railway, where life cycle of the product can be up to 50 years !
[caption id="attachment_1861" align="aligncenter" width="300"]Railway Heat Pipe Cooler Railway Heat Pipe Cooler[/caption] We hope this article have contributed to better understanding of heat pipes.

Contact us

For any question, enquiry, contact COUGAR ELECTRONICS here. Our thermal engineers will be happy to help :-)