Variable Frequency Servo VFD Controller 3 Phase Drive Motor Control System

ZF900-E New Energy Equipment Servo Variable Frequency Drive

The universal servo frequency drive for new energy equipment is an advanced driving device that integrates servo control and variable frequency speed regulation functions, which can meet the demand for efficient, precise, and intelligent driving in the field of new energy. It combines servo control technology and variable frequency speed regulation technology to drive equipment, achieving efficient operation and precise control of new energy equipment by controlling the speed and position of the motor.

The ZF900E series developed and produced by our company adopts synchronous motor mode, and synchronous motors have core advantages such as constant speed, high power factor, and high efficiency, which are suitable for various industrial occasions that require stable operation, energy saving and consumption reduction.

Core functions

• Variable frequency speed regulation: Adjust the motor speed to meet different working conditions and improve equipment operating efficiency.
• Servo control: achieve precise control of motor position and speed, ensuring the stability of equipment operation.
• Energy feedback: Feed back braking energy to the power grid to improve energy utilization efficiency.
• Intelligent control: supports remote monitoring, fault diagnosis, adaptive control and other functions to enhance the level of equipment intelligence.

Features

• Efficient and energy-saving: Adopting advanced vector control algorithms to achieve efficient operation of the motor and reduce energy consumption.
• High precision control: Equipped with high-resolution encoder feedback to achieve precise control of position and speed.
• Wide speed regulation range: Supports wide range speed regulation from low speed to high speed, meeting the needs of different application scenarios.
• High reliability: Using high-quality components and strict production processes to ensure long-term stable operation of the equipment.
• Intelligent function: supports multiple communication protocols, achieves seamless connection with the upper computer, and facilitates remote monitoring and management.

Application

• Wind power generation: Control the speed and power output of wind turbines to improve power generation efficiency.
• Solar power generation: Drive the solar tracking system to achieve precise positioning of photovoltaic panels and increase power generation.
• Energy storage system: Control the charging and discharging process of energy storage batteries and optimize energy management.
• New energy vehicles: Drive motor control system to achieve efficient and smooth operation of the vehicle.
• Other new energy equipment: equipment drivers in fields such as biomass power generation and geothermal energy utilization.