Customizable Control
Operation Range
Customizable Control
Operation Range
Defense Applications
We are providing motion & energy solutions for defense applications such as flap control, guidance control, electric traction etc. requiring high performance in harsh operating conditions.
Aerospace Applications
We are providing both off the shelf and customized solutions for aerospace applications requiring high efficiency and compactness even in harsh environmental conditions.
Industrial Applications & Robotics
We offer special solutions for Industrial and Robotic applications such as electromechanical drives, motion systems and storage systems wherein high efficiency and precise control are required.
Medical & Laboratory Applications
We offer motion solutions for Medical Systems in applications such as pumps, hand tools, laboratory tools etc. with the highest reliability need.
Marine Applications
We offer solutions regarding e-conversion for electric driven water craft with high ingress protection rating.
Automotive Applications
We provide both off the shelf and customized solutions to automotive applications such as traction systems, steering control, energy storage and miscellaneous electro-mechanical systems which require high reliability along with high ingress protection rating.
One Stop Solution Partner for all Electric Drive Train Components
Defense Applications
We are providing motion & energy solutions for defense applications such as flap control, guidance control, electric traction etc. requiring high performance in harsh operating conditions.
Aerospace Applications
We are providing both off the shelf and customized solutions for aerospace applications requiring high efficiency and compactness even in harsh environmental conditions.
Industrial Applications & Robotics
We offer special solutions for Industrial and Robotic applications such as electromechanical drives, motion systems and storage systems wherein high efficiency and precise control are required.
Medical & Laboratory Applications
We offer motion solutions for Medical Systems in applications such as pumps, hand tools, laboratory tools etc. with the highest reliability need.
Marine Applications
We offer solutions regarding e-conversion for electric driven water craft with high ingress protection rating.
Automotive Applications
We provide both off the shelf and customized solutions to automotive applications such as traction systems, steering control, energy storage and miscellaneous electro-mechanical systems which require high reliability along with high ingress protection rating.
One Stop Solution Partner for all Electric Drive Train Components
V-BMS Battery Management Systems have been developed for the management and safety requirements of high-capacity battery groups. The system is the ideal solution for many battery applications with its high-resolution measurement inputs, flexible connection interfaces and flexible programmable features.
V-Direct family of servo drives combines high performance torque, speed and position control features with an easy-to-use interface for BLDC and linear motors. Combining sinusoidal and trapezoidal commutation methods with flexible and configurable sensor inputs, V-Direct drives provide easy-to-integrate solutions for a wide range of applications.
VOLRAD V-Motion motors have been engineered to provide state of the art power density along with high reliability. Highly efficient design of line of brushless motors meet the demands of a wide area of applications.
VOLRAD Electronics is able to design and manufacture tailor-made solutions for our customers and exactly to meet their needs. It aims to keep customer satisfaction at the maximum level with special servo drive solutions with desired features.
MOTOR CONTROLLERS
V-Direct family of servo drives combines high performance torque, speed and position control features with an easy-to-use interface for BLDC and linear motors. Combining sinusoidal and trapezoidal commutation methods with flexible and configurable sensor inputs, V-Direct drives provide easy-to-integrate solutions for a wide range of applications.
BLDC MOTORS
VOLRAD V-Motion motors have been engineered to provide state of the art power density along with high reliability. Highly efficient design of line of brushless motors meet the demands of a wide area of applications.
BATTERY MANAGEMENT SYSTEMS
V-BMS Battery Management Systems have been developed for the management and safety requirements of high-capacity battery groups. The system is the ideal solution for many battery applications with its high-resolution measurement inputs, flexible connection interfaces and flexible programmable features.
CUSTOM SOLUTIONS
VOLRAD Electronics is able to design and manufacture tailor-made solutions for our customers and exactly to meet their needs. It aims to keep customer satisfaction at the maximum level with special servo drive solutions with desired features.
Blog
What is Balancing? What is Active Balancing?
The term balancing refers to BMS’s preventive actions to equalize the charge levels of each cell in a battery pack.
What is a Modern Battery Management System?
Modern battery management systems primarily comprise a measurement front end, which measures cell voltages
What is a Battery Management System or BMS?
Battery Management System (BMS) is the safety system of any battery and is responsible for keeping battery conditions (voltage, current & temperature) within safe limits.
Braking Techniques | Part-1 | Dynamic Braking
Whenever an electric motor coupled system requires braking, it is a wide practice to employ motor braking technique, unless the system
Braking Techniques | Part-4 | Which Braking Method is the Best?
Which braking method is the best among 3 discussed? As in every engineering problem, there is no definite answer to this question since
Braking Techniques | Part-3 | Plugging Breaking
Braking MethodPlugging is the braking method in which a reverse torque is generated by applying reverse voltage or phase sequence to the motor.
Braking Techniques | Part-2 | Regenerative Braking
Motor Conroller’sRegenerative braking employs motor controller’s H bridges and motor’s internal inductance to form a boost or step up converter.