Motor and Electronic Control

Integrated EV Motors & Electronic Control Systems for OEMs

CYBEST manufactures high-efficiency electric motors and matched vector controllers designed specifically for electric trikes, cargo vehicles, and short-distance utility EVs. Rather than selling motors and controllers as uncalibrated separate components, we deliver pre-tuned drive systems optimized for thermal stability, starting torque, and maximum energy conversion.

For vehicle manufacturers, this approach helps simplify component selection, system matching, prototype development, and production planning.

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120 Motor - PMSM Electronic Control

Welcome to the rear axle of Cytricycle. As the core transmission and load-bearing component of tricycle, we are committed to providing products exceeding the standard. The highlights of this product

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133 Motor - PMSM Electronic Control

The rear axle of this tricycle is specially designed for demanding environments. Its high load-carrying characteristics make it ideal for high frequency, heavy duty commercial fleets, logistics

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120 Motor - BLDC Electronic Control

We offer flexible product customization options that can be tailored to your specific model and load requirements. At the same time, we promise fast order response cycle, clear logistics tracking and

Product Categories

Technical Specifications

System Component	Core Architecture	Voltage / Power Range	Key Features & Interfaces	Primary Applications
BLDC / PMSM Drive Motors	Brushless Permanent Magnet	48V / 60V / 72V 1.2kW – 10kW	IP67 Waterproof, High-Torque Copper Windings, Internal Temp Sensor	Heavy Cargo Trikes, Delivery Fleet EVs
FOC Vector Controllers	Field-Oriented Vector Control	48V – 72V DC Input Max Phase Current: 100A–400A	Sine Wave Drive, CAN 2.0B Communication, Dual-Mode Hall Feedback	Passenger Tuk-Tuks, High-Efficiency Commuters
Integrated Drive Units	Axle-Mounted Motor + Gearbox	Matched with A9S / Custom Axles	Compact Footprint, Reduced Mechanical Transmission Loss	Short-Distance Cargo & Industrial Utility

Drive Control & Safety Systems Integration

CYBEST controllers integrate advanced algorithms and protective protocols to ensure operational reliability under continuous heavy-duty cycles:

Field-Oriented Control (FOC)

Delivers smooth sine-wave switching for high starting torque, low electromagnetic noise, and extended motor lifespan.

Regenerative Braking Optimization

Recovers kinetic energy during downhill operation and braking, returning up to 12% power to the battery pack.

CAN Bus Communication

Supports real-time parameter exchange with VCU, lithium BMS, and digital dashboards for fault diagnostics and speed limiting.

10-Point Protective System

Built-in hardware/software safety limits for Over-Voltage, Under-Voltage, Over-Current, Short-Circuit, Motor/Controller Over-Temperature, Locked-Rotor, Phase Loss, and Reverse Polarity.

Scenario-Specific Engineering Adaptations

Commercial Logistics & Express Fleet

Engineering Focus: Over-torque capability for heavy payloads without demagnetizing permanent magnets.
System Delivery: Reinforced copper winding structure withstands peak current surges during hill starts, complemented by high-strength gear reduction assemblies.

Specialized Agriculture & Rural Utility

Engineering Focus: High mud, moisture, and dust ingress protection combined with low-speed high-wheel-torque demands.
System Delivery: Fully enclosed IP67 motor casings, corrosion-resistant wiring harnesses, and high-transmission-ratio axle mating to handle unpaved, uneven terrain.

Custom OEM Drive System Engineering

• Customizable Scope
Motor Engineering: Custom RPM/Torque curves, shaft dimensions, mounting flanges, external cooling fins, and wiring harness definitions.

Controller Engineering: Dynamic acceleration mapping, regenerative braking strength, CAN protocol matching, and enclosure housing design.

• 4-Step Powertrain Matching Process
Vehicle Requirement Intake: Input target payload, top speed, maximum gradeability (%), tire radius, and battery chemistry.

Simulation & Matching: Engineering calculation of continuous vs. peak power output, gear ratio compatibility, and thermal dissipation needs.

Bench Testing & Calibration: Dynamometer testing of motor-controller efficiency maps and FOC algorithm tuning.

Prototype Supply & Production: Sample delivery for vehicle road testing followed by ISO 9001 certified batch production.

FAQ

Q: How do I match an EV motor with a controller?

A: The controller should match the motor's voltage, current demand, motor type, feedback method, control requirements, and operating range. The battery voltage and vehicle control architecture must also be considered.

Q: Can CYBEST supply the motor and controller as a matched system?

A: Yes. CYBEST manufactures both electric motors and electronic control products, allowing the two components to be evaluated as a coordinated drive system.

Q: Do your motor controllers support CAN communication?

A: CAN communication is available on applicable controller platforms. The supported protocol, interface, baud rate, and available CAN functions should be confirmed for the specific controller model.

Q: What protection functions are available in the controller?

A: Depending on the model, protection functions can include over-voltage, under-voltage, over-current, short circuit, over-temperature, overload, stall, and other fault protections.

Q: Why choose a pre-matched motor and controller system instead of sourcing them separately?

A: Sourcing components separately often leads to improper phase angle matching, thermal throttling, and communication failure between CAN interfaces. Pre-tuned systems ensure maximum power conversion and reduce on-site debugging time.

Q: Are your motor and controller systems compatible with Lithium Battery swapping?

A: Yes. Our controllers are fully compatible with both Lead-Acid and Intelligent Lithium Battery architectures, supporting instant voltage identification and CAN-based BMS feedback.

Q: Can you customize the CAN Bus protocol for our vehicle control unit (VCU)?

A: Yes. We provide open or customized CAN 2.0B matrix files (DBC format) to match your vehicle's central control unit and digital instrumentation.

Request an OEM Powertrain Technical Proposal

To receive a drive system layout, efficiency curve, and factory-direct quotation, please submit your primary specs:
Target Vehicle Type & Curb Weight + Max Payload (kg)
Desired Maximum Speed (km/h) & Max Gradeability (%)
Operating Voltage (48V / 60V / 72V) & Battery Type
Estimated Annual Order Volume
[ Contact Powertrain Engineers for Quote ]

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As one of the leading motor and electronic control manufacturers and suppliers in China, we offer a wide range of products with superior quality. Please rest assured to wholesale advanced motor and electronic control from our factory. If you have any enquiry about cooperation, please feel free to email us.

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