Power & Electronics Thermal Management
BLDC Fan Drive Control for Power & Electronics Cooling
VIREOMOTOR develops three-phase BLDC fan drive controllers for UPS systems, power electronics and communication equipment. Designed for equipment-level thermal management, our cooling fan applications cover approximately 15–220 W.
Application Scenarios
Different Equipment Creates Different Cooling Requirements
Cooling needs vary by equipment. Airflow, thermal load, noise, duty cycle and installation space all influence fan-controller selection.
Engineering Priorities
Cooling Fan Control Should Follow the Actual Thermal Demand
BLDC drive control manages fan startup, speed and system-commanded airflow as cooling demand changes.
Application Engineering
Start With the Motor and Equipment Requirements
Wattage alone does not determine compatibility. We evaluate the fan motor, equipment and cooling requirements together.
Send us your cooling fan specifications, equipment information and control requirements.
OEM / ODM Engineering
Adapt the Controller to Your Electronic Platform
VIREOMOTOR adapts cooling fan controllers to OEM equipment requirements, including electrical, mechanical, thermal and control constraints.
R&D + Validation + Manufacturing
Turning Cooling Requirements Into a Production-Ready Solution
In-house hardware and software engineering support controller evaluation, validation and repeatable production.
Your BLDC Motor Control Partner
Engineering Support Behind Every Cooling Fan Controller
Founded in China in 2015, VIREOMOTOR develops and manufactures three-phase BLDC motor drive controllers, supported by 200+ employees, 5+ senior R&D engineers and in-house hardware and software teams.
Technical FAQ
Power & Electronics Cooling Controller FAQ
Answers on controller selection, speed control, integration and customization.
Start Your Project
Get a Cooling Fan Controller Recommendation
Share your fan motor, equipment and cooling requirements. Our engineering team can review them and recommend an appropriate BLDC controller approach.