About

DATAI

DATAI

Relying on Datai to realize oneself

Founded in 2008, Datai Electromechanical is located in Taizhou City, Zhejiang Province. It is an electronic and mechanical integrated production enterprise, specializing in the manufacture of electric three-wheel four-wheel high-power six Phase permanent magnet synchronous motor, high-power controller, electric vehicle rear axle assembly, heavy-duty gear-shifting rear axle assembly, the products have excellent technology, complete specifications and models, and high quality stability.

The company has a strong technical development team, focusing on product design and research and development. The company adheres to the tenet of "Science and Technology Innovation, Quality First", constantly absorbs advanced technology at home and abroad, accelerates product upgrades, and has obtained 12 product patents (5 of which are invention patents).

The company was listed in the first batch of "Gazelle Enterprises" cultivation plan enterprises by the People’s Government of Taizhou City, and was successively rated as "Top 100 Enterprises in Huangyan District", " The company has passed the ISO9001:2015 quality system certification and CCC national compulsory product certification.

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PRODUCTS

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Products Show

At present, the common bottlenecks in the drive system of high-power electric vehicles are: heavy-load climbing is difficult, the climbing current is large, the speed is not fast, and the cruising range is not far enough. In response to the above problems, the new Datai six-phase permanent magnet synchronous (modular) control drive system developed by Datai Company has improved the reliability of the controller through the six-phase dual winding design of the motor and the modular controller shunt design. It has a large torque.

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Product Highlights

Energy efficient

Use modern design methods to reduce the power loss of the motor.

Powerful

With the same current, the climbing torque is doubled.

Long battery life

Small current and large torque can effectively reduce the impact of current on the battery.