Zonal Architecture Accelerates Smart Micro-Motor Actuator Growth As Sub-Scenario Applications Expand In 2026
Dublin, Sept. 16, 2026 (GLOBE NEWSWIRE) -- "Research on Zonal Architecture: Smart Actuators (Micro-motors) and Application Trends in Sub-scenarios, 2026" has been added to ResearchAndMarkets.com's offering.
Automotive Smart Actuator and Micro-Motor Research Highlights Shift Toward Edge Computing, 48V Systems and Brushless Motors
Automotive zonal architecture is accelerating the development of smart actuators, edge computing, 48V electrical systems and brushless DC motors. As vehicle electrical and electronic architectures transition from distributed and domain-based designs to central computing with zonal control, automakers and suppliers are pursuing more integrated, efficient and scalable actuator technologies.
Core components of automotive zonal architecture include central computing units, zone control units, edge nodes, high-speed communication networks, power distribution modules, software platforms and network management systems. Within this framework, smart actuators combine motor actuation with processing, communication, drive electronics and position feedback. This integration supports local control, condition monitoring, fault diagnosis and rapid response while reducing connections between electronic control units and motors.
Two primary edge-computing paths are emerging. Remote-controlled edge nodes transfer control logic to a central computing platform or zone controller while retaining essential input and output functions at the endpoint. Smart edge nodes incorporate a lightweight microcontroller or dedicated processing unit within the actuator, enabling local data processing and real-time closed-loop control. Typical functions include motor pulse-width modulation, current monitoring, position feedback and anti-pinch algorithms.
Deploying motor-control algorithms at the actuator level can improve response times, reduce the computing burden on zone controllers and strengthen functional safety isolation. Highly integrated motor-drive system-on-chip products support this transition by combining microcontrollers, power management, CAN or LIN communication, gate drivers and signal-processing functions. These chips are increasingly relevant to automotive actuators, electronic pumps, cooling fans, valves and other intelligent electric vehicle systems.
Edge communication will continue to use established automotive networking technologies, including CAN, CAN FD and FlexRay, for many cost-sensitive and lower-speed applications. Within zonal architectures, competition for approximately 10 Mbps edge connectivity is expected to focus on 10BASE-T1S and CAN XL as vehicle manufacturers balance bandwidth, latency, reliability and cost.
Smart actuators are expanding across vehicle body, chassis, thermal management and powertrain applications. Key use cases include electronic air vents, thermal expansion valves, concealed door handles, powered charging-port covers, intelligent seat adjustment, active grille shutters, rotating or lifting displays, adaptive lighting, electric power steering, brake actuation and active suspension.
Zonal control architecture creates a strong case for distributing basic control functions to intelligent endpoints. If zone control units directly manage every stepping motor, brushless motor and position-feedback loop, software complexity, code volume and real-time processing requirements can increase substantially. Direct motor connections can also shift wiring concentration from the vehicle center to individual zones rather than delivering comprehensive harness simplification.
Smart actuators address these challenges by processing execution commands closer to the physical function. They can simplify wiring, improve reliability and make vehicle platforms easier to scale. New features may be introduced by connecting compatible actuators to the relevant zone without extensive hardware redesign or rewiring.
Nidec's integrated electric power steering product demonstrates this approach by combining the electronic control unit and steering motor. The system can compensate for road-surface torque feedback, adjust steering assistance according to vehicle speed and provide greater assistance during parking or low-speed maneuvers.
48V Automotive Electrical Systems Prioritize High-Power Actuators
The transition from 12V to 48V automotive power distribution is expected to begin with high-power loads. Current vehicle platforms commonly use mixed 12V and 48V networks, requiring redesigned motors, insulation, voltage-resistant components and optimized power-management integration.
Loads rated at approximately 50W or higher can gain more substantial benefits from 48V operation, including reduced current, smaller cable dimensions, lower wiring weight and improved system efficiency. Priority applications include cooling fans, blowers, water pumps, steering motors, active suspension, braking systems and electric compressors. Medium-power applications such as seat motors and windshield wipers may migrate gradually, while low-power loads may remain at 12V where conversion offers limited economic or efficiency benefits.
Johnson Electric's 48V cooling fan portfolio illustrates the range of options available for thermal management. Its brushless motor platform covers 100W to 1,500W across 12V and 48V configurations, while its brushed motor platform covers 80W to 500W. Available designs support different fan assemblies, blade configurations, packaging requirements and control-electronics options.
Marelli's fully active suspension solution further demonstrates the role of 48V smart actuators. The system uses four electromechanical actuators, each incorporating a 48V brushless motor and reduction gear. A central control unit analyzes acceleration, suspension travel, steering angle, braking and torque-demand signals, while embedded actuator algorithms calculate motor-current targets and apply the required force to each suspension arm.
Brushless DC Motors Gain Share in High-Performance Automotive Applications
Brushless DC motors are increasingly preferred for applications requiring high efficiency, long service life, low noise and precise speed or position control. Their control electronics and algorithms are more complex than those used for brushed motors, resulting in higher costs. Consequently, adoption remains strongest in mid-range and premium vehicles with demanding cockpit, chassis and thermal-management requirements.
Major automotive motor suppliers now offer brushless solutions for electric power steering, steer-by-wire, electromechanical braking, air suspension, electronic water and oil pumps, cooling fans, windshield wipers and seat systems. Topband Motor's BL3040 inner-rotor brushless DC motor, designed for rotating and lifting vehicle displays, delivers energy conversion efficiency of up to 75%, along with low cogging torque, high torque output and reduced noise and vibration.
Brose also uses a proprietary brushless motor in its electric long-seat-slide system. Motor control supports precise movement, reduced operating noise, soft start and stop, anti-pinch protection and easier entry functions.
As zonal vehicle architecture advances, smart automotive actuators, 48V micro-motors and brushless motor platforms are positioned to play a larger role in vehicle electrification. Their integration can reduce wiring complexity, distribute computing resources, improve energy efficiency and support faster deployment of intelligent vehicle functions.
Key Topics Covered:
1 Overview and Development Trends of Smart Actuators
1.1 Definition of Smart Actuators
- Smart Actuators: Definition Development Background 1 of Automotive Smart Actuators Development Background 2 of Automotive Smart Actuators Application Scenarios of Automotive Smart Actuators
1.1.1 Edge-side Execution - Micro-motors
- Automotive Micro-motors: Application Fields Application Sub-scenario 1 of Automotive Micro-motors Application Sub-scenario 2 of Automotive Micro-motors Application Sub-scenario 3 of Automotive Micro-motors Application Sub-scenario 4 of Automotive Micro-motors
1.1.1.1 Edge-side Execution - Micro-motors: 48V Motors
- New Component Opportunities Brought by 48V Low-voltage Power Distribution Network Architecture Summary of Component Upgrades for 48V Low-voltage Power Distribution Network Architecture Development Process and Trends of Components for 48V Low-voltage Power Distribution Network Architecture Impacts of 48V Low-voltage Power Distribution Network Architecture on Actuator/Motor Performance 48V Low-voltage Power Distribution Network Architecture: Which Actuators Face 48V Upgrade? Sub-applications of Automotive 48V Motors - Body Domain Sub-applications of Automotive 48V Motors - Chassis Domain Sub-applications of Automotive 48V Motors - Thermal Management Domain Motor Type Selection for Automotive 48V Motors Challenges of 48V Conversion for Brushed Motors Automotive 48V Motors/Actuators: Summary of Suppliers and Product Solutions Automotive 48V Motor/Actuator Product Solutions
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- Automotive 48V Motor/Actuator Product Solutions
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1.1.1.2 Edge-side Execution - Micro-motors: Brushless Motors
- Brushless DC Motors: Driving Principle Application Advantages of Brushless Motors Applications of Brushless Motors in Automobiles Application 1 of Automotive Brushless Motors Application 2 of Automotive Brushless Motors Automotive Brushless Motors: Summary of Suppliers and Product Solutions
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- Automotive Brushless Motor Product Solutions
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1.1.1.3 Edge-side Execution - Micro-motors: Mechatronic Actuators
- Mechatronic Actuators Automotive Mechatronic Actuators: Suppliers and Business Layout Automotive Mechatronic Actuators: Summary of Products and Solutions Automotive Mechatronic Actuator Solutions
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1.1.1.4 Edge-side Execution - Micro-motors: Market Size
- Automotive Micro-motor Market: Single-vehicle Demand Automotive Micro-motor Market: Estimation of Average Unit Price and Gross Profit Automotive Micro-motor Market: China's Passenger Car Micro-motor Market Size, 2022~2030E
1.1.2 Edge-side Perception
- Edge-side Perception: Applications of MEMS Sensors in Automobiles Edge-side Perception: Classification and Summary of Sub-applications of Automotive-grade MEMS Sensors Edge-side Perception: Applications of MEMS Sensors in Smart Actuators
1.1.3 Edge-side Computing
- Edge Actuators: MCU Introduces Edge AI to Improve Decision Efficiency Local Computing Technology Path 1 for Edge Actuators Remote Control of Edge Nodes Local Computing Technology Path 2 for Edge Actuators Core Power for Local Computing of Smart Edge Actuators
1.1.4 Edge-side Communication
- Edge-side Low-speed Application Communication Technologies Edge-side 10Mbps Application Communication Technology: 10Base-T1S 10Mbps Communication Technology - 10BASE-T1S: Application Scenarios 10Mbps Communication Technology - 10BASE-T1S: Application Advantages
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- 10Mbps Communication Technology - CAN XL
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2 Intelligent Cockpit & Driving Domain - Smart Actuators
2.1 Intelligent Seats
- Automotive Seating: Technology Development Path Summary of Automotive Seating Technology Development Trends Intelligent Seats: Structural Composition and Working Principle Intelligent Seat System Control Strategy Scheme 1 Intelligent Seat System Control Strategy Scheme 2 Intelligent Seat Actuation Module 1
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- Intelligent Seat Actuation Module 8 Intelligent Seats: Summary of Micro Motor Types Intelligent Seat Adjustment Motors: Summary of Suppliers and Product Solutions Intelligent Seat Adjustment Motor Product Solutions
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- Intelligent Seats: Market Pattern
2.2 HUD
- HUD: Technology Development Path HUD: Summary of Technology Development Trends AR-HUD: Structural Composition and Working Principle AR-HUD Control Strategy Scheme 1 AR-HUD Control Strategy Scheme 2 AR-HUD Actuation Module 1 AR-HUD Actuation Module 2 AR-HUD: Summary of Micro Motor Types AR-HUD Adjustment Motors: Summary of Suppliers and Product Solutions AR-HUD Adjustment Motor Product Solutions HUD Market Pattern HUD Market Size
2.3 Electrically Adjustable Steering Wheels
- Steering Wheels: Technology Development Path Steering Wheels: Summary of Technology Development Trends Electrically Adjustable Steering Wheels: Structural Composition Electrically Adjustable Steering Wheels: Working Principle Electrically Adjustable Steering Wheel Control Strategy Scheme 1 Electrically Adjustable Steering Wheel Control Strategy Scheme 2 Electrically Adjustable Steering Wheel Control Strategy Scheme 3 Collapsible Steering Wheels: Structural Composition and Working Principle Collapsible Steering Wheel Control Strategy Scheme: Control Logic Collapsible Steering Wheel Control Strategy Scheme: Communication Architecture Electrically Adjustable Steering Wheel Actuation Module 1 Electrically Adjustable Steering Wheel Actuation Module 2 Electrically Adjustable Steering Wheel Actuation Module 3 Electrically Adjustable Steering Wheels: Summary of Micro Motor Types Electric Steering Wheel Adjustment Motors: Summary of Suppliers and Product Solutions Electric Steering Wheel Adjustment Motor Product Solutions (1) Electric Steering Wheel Adjustment Motor Product Solutions (2) Electric Steering Wheel Adjustment Motor Product Solutions (3)
2.4 Automotive Displays
- Automotive Displays: Technology Development Path Automotive Displays: Summary of Technology Development Trends Automotive Displays: Vehicle Motion Display Vehicle Motion Display Actuation Module 1
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- Vehicle Motion Display Actuation Module 5 Automotive Displays: Summary of Micro Motor Types Automotive Display Adjustment Motors: Summary of Suppliers and Product Solutions Automotive Display Adjustment Motor Product Solutions
2.5 LiDAR
- Vehicle LiDAR: Technology Development Path Summary of Vehicle LiDAR Technology Development Trends Mechanical LiDAR: Structural Composition Semi-solid-state LiDAR - Galvanometer Scanner: Structural Composition Semi-solid-state LiDAR - Prism Scanner: Structural Composition Semi-solid-state LiDAR - MEMS Scanner: Structural Composition All-solid-state LiDAR - FLASH: Structural Composition All-solid-state LiDAR - OPA: Structural Composition Vehicle LiDAR Control Strategy Scheme 1 Vehicle LiDAR Control Strategy Scheme 2 Vehicle LiDAR: Summary of Micro Motor Types Vehicle LiDAR Motors: Summary of Suppliers and Product Solutions Vehicle LiDAR Motor Product Solutions
3 Body Electronics Domain - Smart Actuators
3.1 Intelligent Windshield Wipers
- Windshield Wipers: Technology Development Path Summary of Windshield Wiper Technology Development Trends Electric Windshield Wipers: Structural Composition and Working Principle Conventional Intelligent Windshield Wiper System Architecture Future Intelligent Windshield Wiper System Architecture Intelligent Windshield Wiper Control Strategy Scheme 1 Intelligent Windshield Wiper Control Strategy Scheme 2 Intelligent Windshield Wiper Control Strategy Scheme 3 Intelligent Windshield Wiper Control Strategy Scheme 4 Intelligent Windshield Wiper Actuation Module 1 Intelligent Windshield Wiper Actuation Module 2 Intelligent Windshield Wiper System: Summary of Micro Motor Types Intelligent Windshield Wiper System Motors: Summary of Suppliers and Product Solutions Intelligent Windshield Wiper System Motor Product Solutions Intelligent Windshield Wiper System Evolution Trend 1 Intelligent Windshield Wiper System Evolution Trend 2 Intelligent Windshield Wiper System Evolution Trend 3 Intelligent Windshield Wiper System: Summary of Layout Automakers and Solutions Intelligent Windshield Wiper System: Summary of Layout Suppliers and Solutions Intelligent Windshield Wiper System Application Solutions Intelligent Windshield Wiper System: Market Pattern and Summary of Suppliers
3.2 Intelligent Seatbelts
- Seatbelts: Technology Development Path Summary of Seatbelt Technology Development Trends Active Pre-tensioning Seatbelts: Structural Composition and Function Implementation Intelligent Seatbelts: Summary of Control Strategy Schemes Intelligent Seatbelt Control Strategy Scheme Intelligent Seatbelt Actuation Module Intelligent Seatbelt Motors: Summary of Suppliers and Product Solutions Intelligent Seatbelt Motor Product Solutions Intelligent Seatbelt System: Summary of Layout Automakers and Solutions Application Cases of Intelligent Seatbelt Systems Innovative Solutions of Intelligent Seatbelt Systems Intelligent Seatbelt System: Market Pattern
3.3 Intelligent Automotive Doors
- Automotive Side Doors: Technology Development Path Summary of Automotive Side Door Technology Development Trends Intelligent Automotive Doors: Structural Composition Electric Sliding Doors: Structural Composition and Working Principle Automotive Door Control Strategy Scheme 1 Automotive Door Control Strategy Scheme 2 Automotive Door Control Strategy Scheme 3 Intelligent Automotive Door Actuation Module 1 Intelligent Automotive Door Actuation Module 2 Intelligent Automotive Door Actuation Module 3 Intelligent Automotive Door Actuation Module 4 Intelligent Automotive Door Actuation Module 5 Intelligent Automotive Doors: Summary of Micro Motor Types Intelligent Automotive Door Motors: Summary of Suppliers and Product Solutions Intelligent Automotive Door Motor Product Solutions
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- Intelligent Automotive Door Market - Electric Suction Doors Intelligent Automotive Door Market - Automatic Doors Intelligent Automotive Door Market - Hidden Electric Door Handles Intelligent Automotive Door Market - Electric Sliding Doors
3.4 Electric Tailgates
- Automotive Tailgates: Technology Development Path Summary of Automotive Tailgate Technology Development Trends Electric Tailgates: Structural Composition and Working Principle Electric Tailgate Control Strategy Scheme 1 Electric Tailgate Control Strategy Scheme 2 Electric Tailgate Control Strategy Scheme 3 Electric Tailgate Actuation Module 1 Electric Tailgate Actuation Module 2 Electric Tailgates: Summary of Micro Motor Types Electric Tailgate Motors: Summary of Suppliers and Product Solutions Electric Tailgate Motor Product Solutions Electric Tailgates: Market Pattern and Summary of Suppliers Electric Tailgate Market
3.5 Electronic Rearview Mirrors
- Rearview Mirrors: Technology Development Path Summary of Rearview Mirror Technology Development Trends Electric Rearview Mirrors: Structural Composition and Working Principle Electronic Rearview Mirrors: Hardware Composition Camera Monitor System (CMS) Control Strategy Scheme 1 Camera Monitor System (CMS) Control Strategy Scheme 2 Camera Monitor System (CMS) Control Strategy Scheme 3 Electric Rearview Mirrors and CMS: Summary of Micro Motor Types Electric Rearview Mirror and CMS Motors: Summary of Suppliers and Product Solutions Electric Rearview Mirror and CMS Motor Product Solutions
3.6 Intelligent Automotive Lighting
- Automotive Headlights: Technology Development Path Summary of Automotive Lighting Technology Development Trends Intelligent Laser Headlights: Structural Composition and Working Principle Intelligent Matrix Headlights: Structural Composition and Working Principle Intelligent Pixel Headlights: Structural Composition and Working Principle Intelligent Lighting Control Strategy Scheme 1 Intelligent Lighting Control Strategy Scheme 2 Intelligent Lighting System Actuation Module 1 Intelligent Lighting System Actuation Module 2 Intelligent Lighting System: Summary of Micro Motor Types Intelligent Lighting System Motors: Summary of Suppliers and Product Solutions Intelligent Lighting System Motor Product Solutions
3.7 Automotive Windows
- Automotive Windows: Technology Development Path Summary of Automotive Window Technology Development Trends Automotive Window Anti-pinch Control Strategy Scheme 1 Automotive Window Anti-pinch Control Strategy Scheme 2 Automotive Window Anti-pinch Control Strategy Scheme 3 Automotive Window Actuation Module Automotive Window Glass Motor Trend 1 Automotive Window Glass Motor Trend 2 Automotive Window Glass Motors: Summary of Suppliers and Product Solutions Automotive Window Glass Motor Product Solutions Automotive Window Glass Regulator - Cost Composition
4 Chassis-by-wire Domain - Smart Actuators
4.1 Steer-by-wire
- Automotive Steering System: Technology Development Path Summary of Automotive Steering System Technology Development Trends
4.1.1 Electric Power Steering (EPS)
- Electric Power Steering (EPS): Structural Composition and Working Principle Electric Power Steering (EPS) Control Strategy Scheme 1 Electric Power Steering (EPS) Control Strategy Scheme 2 Electric Power Steering (EPS) Actuation Module Electric Power Steering (EPS): Summary of Micro Motor Types Electric Power Steering (EPS) Motor Trend 1 Electric Power Steering (EPS) Motor Trend 2 Electric Power Steering (EPS) Motors: EPS Motor Market Pattern Electric Power Steering (EPS) Motors: Summary of Suppliers and Product Solutions EPS Motor Innovative Solutions 1 EPS Motor Innovative Solutions 2 EPS Motor Innovative Solutions 3
4.1.2 Steer-by-wire (SBW)
- Steer-by-wire (SBW): Structural Composition and Working Principle Steer-by-wire (SBW) Control Strategy Scheme 1 Steer-by-wire (SBW) Control Strategy Scheme 2 Steer-by-wire (SBW) Actuation Module 1 Steer-by-wire (SBW) Actuation Module 2 Steer-by-wire (SBW) Actuation Module 2 Steer-by-wire (SBW): Summary of Micro Motor Types Steer-by-wire (SBW) Motor Trend 1 Steer-by-wire (SBW) Motor Trend 2 Steer-by-wire (SBW) Motors: Summary of Suppliers and Product Solutions Innovative Solutions of Steer-by-wire (SBW) Motors
4.2 Brake-by-wire
- Automotive Braking System: Technology Development Path Summary of Automotive Braking System Technology Development Trends
4.2.1 Electro-hydraulic Brake (EHB)
- EHB: Structural Composition and Working Principle EHB Control Strategy Scheme 1 EHB Control Strategy Scheme 2 EHB Actuation Module EHB Braking System: Summary of Micro Motor Types EHB Braking System Motors: Summary of Suppliers and Product Solutions EHB Braking System Motor Product Solutions Electro-hydraulic Brake (EHB): Market Players
4.2.2 Electro-mechanical Brake (EMB)
- EMB Brake-by-wire System: Structural Composition and Working Principle EMB Brake-by-wire System Architecture 1 EMB Brake-by-wire System Architecture 2 EMB Brake-by-wire System Architecture 3 EMB Brake-by-wire System Architecture 4 EMB Brake-by-wire System Control Strategy Scheme 1 EMB Brake-by-wire System Control Strategy Scheme 2 EMB Brake-by-wire System Actuation Module EMB Brake-by-wire System: Summary of Micro Motor Types EMB Motors: Motor Types and Structural Design EMB Motors: Motor Arrangement EMB Motors: Dual-motor Design EMB Motors: Development Status EMB Motor Trend 1 EMB Motor Trend 2 EMB Motor Trend 3 EMB Motors: Summary of Suppliers and Product Solutions Innovative Solutions of EMB Motors Innovative Solutions of EMB Motors (3) Innovative Solutions of EMB Motors (4)
4.3 Suspension-by-wire
- Automotive Suspension System: Technology Development Path Summary of Automotive Suspension System Technology Development Trends
4.3.1 Semi-active Suspension
- Semi-active Suspension - Air Suspension: Structural Composition Semi-active Suspension - Air Suspension: Working Principle Semi-active Suspension - CDC Damping System: Structural Composition and Working Principle Semi-active Suspension (Air Suspension + CDC Solution): System Composition Semi-active Suspension Control Strategy Scheme 1 Semi-active Suspension Control Strategy Scheme 2 Semi-active Suspension Control Strategy Scheme 3 Semi-active Suspension Actuation Module 1 Semi-active Suspension Actuation Module 2 Semi-active Suspension Actuation Module 3 Semi-active Suspension Actuation Module Technology Trend 1 Semi-active Suspension Actuation Module Technology Trend 2 Semi-active Suspension: Summary of Micro Motor Types Semi-active Suspension Motor Product Solutions
4.3.2 Fully Active Suspension
- Fully Active Suspension: Structural Composition and Working Principle Fully Active Suspension - Hydraulic Type: Structural Composition Fully Active Suspension - Hydraulic Type: Working Principle Fully Active Suspension - Motor-driven Type: Structural Composition and Working Principle Fully Active Suspension Control Strategy Scheme Fully Active Suspension Actuation Module 1 Fully Active Suspension Actuation Module 2 Fully Active Suspension Actuation Module Technology Trend 1 Fully Active Suspension Actuation Module Technology Trend 2 Fully Active Suspension Actuation Module Technology Trend 3 Fully Active Suspension Actuation Module Technology Trend 4 Innovative Solution 1 of Fully Active Suspension Actuation Modules
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- Innovative Solution 5 of Fully Active Suspension Actuation Modules Fully Active Suspension: Summary of Micro Motor Types Fully Active Suspension Motor Trend 1 Fully Active Suspension Motor Trend 2 Fully Active Suspension Motors: Summary of Suppliers and Product Solutions Innovative Solution 1 of Fully Active Suspension Motors Innovative Solution 2 of Fully Active Suspension Motors Innovative Solution 3 of Fully Active Suspension Motors
5 Thermal Management Domain - Smart Actuators
5.1 Electric Water Pumps
- Thermal Management - Water Pumps: Technology Development Path Thermal Management - Summary of Water Pump Technology Development Trends Electric Water Pumps: Structural Composition Electric Water Pumps: Working Principle Electric Water Pump Evolution Trend 1 Electric Water Pump Evolution Trend 2 Electric Water Pump Market Pattern: Top 10 Suppliers in China's New Energy Passenger Car Electric Water Pump Market, 2025 Electric Water Pumps: Summary of Suppliers and Product Solutions Electric Water Pump Product Solutions (1) Electric Water Pump Product Solutions (2)
5.2 Electric Oil Pumps
- Thermal Management - Oil Pumps: Technology Development Path Thermal Management - Summary of Oil Pump Technology Development Trends Electric Oil Pumps: Structural Composition Electric Oil Pumps: Working Principle Electric Oil Pump Evolution Trend Electric Oil Pumps: Summary of Suppliers and Product Solutions Electric Oil Pump Product Solutions (1) Electric Oil Pump Product Solutions (2)
5.3 Electric Compressors
- Thermal Management - Air Conditioning Compressors: Technology Development Path Thermal Management - Summary of Air Conditioning Compressor Technology Development Trends Electric Compressors: Structural Composition Electric Compressors: Working Principle Electric Compressor Evolution Trend 1 Electric Compressor Evolution Trend 2 Electric Compressor Market Pattern: Top 10 Suppliers in China's New Energy Passenger Car Electric Compressor Market, Jan-Oct 2025 Electric Compressors: Summary of Suppliers and Product Solutions Innovative Solutions of Electric Compressors (1) Innovative Solutions of Electric Compressors (2) Innovative Solutions of Electric Compressors (3) Innovative Solutions of Electric Compressors (4)
5.4 Electric Water Valves
- Thermal Management - Water Valves: Technology Development Path Thermal Management - Summary of Water Valve Technology Development Trends Electric Water Valves: Structural Composition and Working Principle Electric Water Valve Control Strategy Scheme 1 Electric Water Valve Control Strategy Scheme 2 Electric Water Valve Actuators Electric Water Valves: Summary of Suppliers and Product Solutions Innovative Solutions of Electric Water Valves (1) Innovative Solutions of Electric Water Valves (2)
5.5 Electric Expansion Valves
- Thermal Management - Expansion Valves: Technology Development Path Thermal Management - Summary of Expansion Valve Technology Development Trends Electric Expansion Valves: Structural Composition Electric Expansion Valves: Working Principle Electric Expansion Valve Control Strategy Scheme 1 Electric Expansion Valve Control Strategy Scheme 2 Electric Expansion Valve Control Strategy Scheme 2 Electric Expansion Valves: Communication Methods Electric Expansion Valve Actuators Electric Expansion Valve Evolution Trend 1 Electric Expansion Valve Evolution Trend 2 Electric Expansion Valves: Market Pattern Electric Expansion Valves: Summary of Suppliers and Product Solutions Innovative Solution 1 of Electric Expansion Valves Innovative Solution 2 of Electric Expansion Valves
5.6 Electric Fans
- Thermal Management - Cooling Fans: Technology Development Path Thermal Management - Summary of Cooling Fan Technology Development Trends Electric Fans: Structural Principle Electric Fan Control Strategy Scheme Electric Fan Evolution Trend 1 Electric Fan Evolution Trend 2 Electric Fans: Summary of Suppliers and Product Solutions Innovative Solutions of Electric Fans (1) Innovative Solutions of Electric Fans (2) Innovative Solutions of Electric Fans (3)
6 Chinese Automotive Micro Motor and Actuator Suppliers
6.1 Johnson Electric
- Operation Automotive Motor Business Layout Customer Base of Automotive Motor Business Summary of Automotive Actuator/Micro Motor Product Solutions
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- Automotive Product Solutions
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- Automotive Product Solutions (20)
6.2 Leili Motor
- Operation Automotive Motor Business Layout Summary of Automotive Actuator/Micro Motor Product Solutions Automotive Product Solutions (1)
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6.3 Zhaowei Machinery & Electronics
- Operation Automotive Motor Business Layout Summary of Automotive Actuator/Micro Motor Product Solutions Automotive Product Solutions (1)
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6.4 Midea Welling
- Automotive Motor Business Layout Summary of Automotive Actuator/Micro Motor Product Solutions Automotive Product Solutions
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6.5 Kinmore
- Automotive Motor Business Layout Summary of Automotive Actuator/Micro Motor Product Solutions Automotive Product Solutions (1)
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6.6 Shenghuabo
- Automotive Business Layout Summary of Automotive Actuator/Micro Motor Product Solutions Automotive Product Solutions (1)
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6.7 Chinadream Motor
- Summary of Automotive Actuator/Micro Motor Product Solutions Automotive Product Solutions (1)
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6.8 Topband Motor
- Automotive Motor Business Layout Summary of Automotive Actuator/Micro Motor Product Solutions Innovative Solutions of Automotive Motors (1)
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6.9 Techtrue Electric
- Automotive Product Solutions (1)
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- Automotive Product Solutions (5)
6.10 Ningbo Hengshuai
- Operation Automotive Business Layout Automotive Product Solutions (1)
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6.11 MIMZEN Motor
- Automotive Motor Business Layout Automotive Product Solutions Automotive Product Solutions
6.12 Fenghui Motor
- Summary of Automotive Actuator/Micro Motor Product Solutions Automotive Product Solutions Automotive Product Solutions
7 Foreign Automotive Micro Motor and Actuator Suppliers
7.1 Denso
- Automotive Motor Business Layout Summary of Automotive Actuator/Micro Motor Product Solutions Automotive Product Solutions (1)
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7.2 Nidec
- Operation Automotive Motor Business Layout Summary of Automotive Actuator/Micro Motor Product Solutions Innovative Solutions of Automotive Motors (1)
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- Automotive Motor Products (1)
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7.3 Brose
- Automotive Motor Business Layout Summary of Automotive Actuator/Micro Motor Product Solutions Innovative Solutions of Automotive Motors Innovative Solutions of Automotive Motors Automotive Motor Products (1)
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7.4 Mitsuba
- Automotive Motor Business Layout Summary of Automotive Actuator/Micro Motor Product Solutions Automotive Motor Products (1)
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7.5 Valeo
- Automotive Motor Business Layout Summary of Automotive Actuator/Micro Motor Product Solutions Innovative Solutions of Automotive Motors Automotive Motor Products (1)
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7.6 Bosch
- Summary of Automotive Actuator/Micro Motor Product Solutions Automotive Motor Products (1)
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7.7 LG
- Automotive Motor Business Layout Summary of Automotive Actuator/Micro Motor Product Solutions Automotive Motor Products Automotive Motor Products
7.8 Marelli
- Summary of Automotive Actuator/Micro Motor Product Solutions Smart Actuator Solutions Smart Actuator Solutions Smart Actuator Solutions:
Companies Featured
- Johnson Electric Leili Motor Zhaowei Machinery & Electronics Midea Welling Kinmore Shenghuabo Chinadream Motor Topband Motor Techtrue Electric Ningbo Hengshuai MIMZEN Motor Fenghui Motor Denso Nidec Brose Mitsuba Valeo Bosch LG Marelli
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