With the rapid development of renewable energy, energy storage systems, and high-efficiency power generation technologies, the demand for reliability, energy efficiency, and stable thermal management in energy systems continues to increase. Whether in battery energy storage, waste heat recovery, wind power generation, conventional power plants, or next-generation fuel cell systems, heat exchangers have become a critical core component that impacts overall system performance and lifespan.

Kaori Brazed Plate Heat Exchangers (BPHE) feature high efficiency, compact design, and durable structure, and are widely used in various energy and power generation equipment. They help customers improve energy conversion efficiency, reduce operating costs, and accelerate progress toward low-carbon and sustainable energy goals.

Solutions

With over 40 years of experience in refrigeration and industrial thermal management, Kaori provides comprehensive and highly integrated heat exchange solutions for diverse energy and power generation applications.
Through the modular design, high heat transfer efficiency, and high temperature/pressure resistance of BPHE, Kaori can flexibly adapt to various system requirements in key processes such as cooling, heating, evaporation, condensation, and heat recovery.

Whether integrated with chillers, heat pumps, free cooling systems, PCW systems, or applied in high-temperature fuel cells and ORC waste heat recovery, Kaori BPHE ensures stable, efficient, and reliable energy operation under high load, long-term operation, and harsh environmental conditions.

Battery Energy Storage System

• Precise temperature control to ensure battery safety and lifespan

• Supports free cooling and liquid cooling architectures to reduce energy consumption

• Compatible with various refrigerants, reducing refrigerant charge and carbon footprint

• Compact design for modularization and system integration

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ORC Waste Heat Recovery Power Generation

• High-efficiency evaporation and condensation to improve power generation efficiency

• Withstands thermal and pressure shocks for high system stability

• Suitable for industrial waste heat and geothermal applications

• Effectively converts waste heat into usable electricity

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Wind Turbine Gearbox

• Efficient oil cooling to reduce gear and bearing wear

• Compact and lightweight, suitable for space-limited wind turbines

• Reduces maintenance frequency and improves equipment reliability

• Suitable for harsh outdoor operating environments

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Power Plant Equipment

• Stable control of turbines, lubricating oil, and system temperatures

• Adaptable to various water sources and cooling configurations

• Supports high flow and high load operation

• Extends equipment lifespan and improves overall power generation efficiency

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Fuel Cell and Methanol Power Generation System

• Supports high temperature (up to 900°C) and natural refrigerants

• Suitable for hydrogen, air preheating, and heat recovery applications

• Improves stack efficiency and system stability

• Suitable for microgrids, backup power, and remote area power supply

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Why Choose Kaori?

• Fully Integrated Manufacturing Process
  In-house mold development, channel design, and manufacturing processes ensure high quality and stable lead times.
  
  
• Supports Various Connection Types and Sizes
  Including threaded, flanged, and sanitary connections to meet diverse system integration needs.
  
  
• Reliable and Durable Design with Strict Testing Standards
  Each unit undergoes burst pressure testing and multiple safety inspections to ensure long-term stable operation.
  
  

Recommended Models

• K Series：
  Standard Kaori heat exchanger featuring high heat transfer efficiency and low pressure drop, suitable for various cooling systems.
  
  
• T Series：
  High-temperature BPHE made with heat-resistant materials, with a maximum operating temperature of 900°C.
  
  
• R Series：
  Microchannel design with excellent heat transfer performance.
  
  
• Z Series：
  Large diagonal flow design with high efficiency and wide application range, capable of replacing shell-and-tube, double-pipe, and coil heat exchangers (single/dual units).
  
  

• I Series：
  Designed for systems with significant thermal shock.
  
  
• B Series：
  Optimized asymmetric BPHE design that significantly reduces refrigerant charge and cost.

Technical Support & Selection Resources

• Provide selection software and technical consulting services to help you quickly complete heat exchanger selection.

• Offer comprehensive technical training and drawings to accelerate system integration and implementation.

• Custom design services available based on requirements, from flow channel configuration to plate structure.

Contact Us Now

The Kaori team is ready to provide customized energy and utility thermal solutions. Feel free to contact us (sales@kaori.com.tw).

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