Electric Vehicles & EV Charging

The rapid development of electric vehicles and high-power charging technologies is creating greater thermal management demands across batteries, power electronics, drive systems, and charging equipment. APALTEK provides liquid cooling products and customized thermal management solutions to support efficient heat dissipation, reliable operation, compact integration, and scalable product development.

Thermal Management Challenges in Electric Vehicles & EV Charging

As electric vehicle power levels and charging speeds continue to increase, batteries, motors, inverters, charging modules, and other power components generate greater thermal loads within limited installation spaces. Reliable thermal management is essential for maintaining performance, improving charging efficiency, supporting temperature uniformity, and enabling long-term operation across diverse environmental conditions.

Increasing Power and Heat Loads

  • Higher vehicle power and charging output generate more heat.
  • Power electronics and charging modules operate under demanding loads.
  • Advanced systems require more efficient cooling technologies.

Fast-Charging Thermal Management

  • Higher charging currents increase thermal loads within charging equipment.
  • Excessive temperatures may affect charging performance and component life.
  • Stable cooling supports sustained high-power charging operation.

Compact and Lightweight Integration

  • Vehicle and charging equipment installation spaces are limited.
  • Thermal products must integrate with complex mechanical layouts.
  • Compact designs must balance cooling performance, weight, and reliability.

Environmental Adaptability and Reliability

  • Vehicles and charging equipment face changing ambient temperatures.
  • Outdoor systems may be exposed to dust, humidity, vibration, and weather variations.
  • Thermal products must support reliable operation under diverse conditions.

Thermal Management Solutions for Electric Vehicles & EV Charging

APALTEK combines liquid cooling products, thermal engineering expertise, and flexible manufacturing capabilities to support electric vehicle component manufacturers, charging equipment brands, and system integrators. From thermal and structural design to prototyping, validation, and mass production, we help customers develop compact, efficient, and reliable cooling products for vehicle and charging applications.

Our Capabilities

  • Customized product development
  • Thermal and mechanical design support
  • OEM & ODM manufacturing services
  • Compact system integration support
  • Rapid prototyping and validation
  • Scalable mass production capabilities

Thermal Management Products

Designed for compact vehicle components and integrated charging equipment, the Closed-Loop Series combines key cooling components within a sealed, ready-to-use module. Its integrated design supports efficient heat dissipation, simplified installation, stable temperature control, and reliable long-term operation.

Developed for higher-capacity vehicle thermal systems and configurable charging platforms, the Open-Loop Series supports flexible coolant loops and component combinations. It provides scalable cooling capacity for multiple heat sources, high thermal loads, and customized electric mobility applications.

Engineered for battery modules, inverters, motor controllers, charging modules, and other high-power components, APALTEK Cold Plates provide efficient and uniform heat transfer. Customized flow channels, materials, dimensions, and mounting structures are available for diverse vehicle and charging equipment platforms.

Designed for stable coolant distribution across multi-component cooling loops, APALTEK Manifolds support flexible vehicle and charging system architectures. Customized port layouts and configurations help improve flow balance, system integration, and long-term operational reliability.

Designed for efficient airflow management, APALTEK DC Fans provide reliable cooling for charging modules, power supplies, control units, and auxiliary electronics. Multiple sizes, airflow levels, and control options are available to balance cooling performance, energy consumption, noise, and installation requirements.

Designed for stable and continuous coolant circulation, APALTEK DC Pumps provide reliable flow performance for electric vehicle and charging liquid cooling systems. Flexible specifications and control options support different cooling capacities, system layouts, environmental conditions, and continuous-duty requirements.

Why Choose APALTEK

From concept to mass production, we support customized thermal management development for diverse application requirements.

Efficient High-Power Cooling

Optimized liquid cooling products efficiently remove heat from batteries, power electronics, drive systems, and charging modules.

Stable Fast-Charging Performance

Reliable thermal management supports stable operation during continuous high-power charging.

Compact Integration

Compact and customized designs support limited installation spaces and highly integrated vehicle or charging equipment layouts.

Environmental Adaptability

Flexible cooling configurations support diverse ambient conditions, vibration environments, and outdoor deployment requirements.

Flexible Customization

Supports customized cooling performance, dimensions, materials, interfaces, mounting structures, and control requirements.

Reliable Manufacturing

Established engineering, production, and quality control capabilities help ensure consistent product quality and dependable delivery.

Develop Reliable Cooling Products for Electric Vehicles & EV Charging

Looking for liquid cooling products or customized thermal management support for your electric vehicle components or charging equipment? Share your thermal performance, structural, environmental, integration, and production requirements with our engineering team.

Request a Quote

Complete the form below and our team will provide a customized quotation based on your project requirements. We’ll get back to you within 1 business day.