Split-Type Heat Pipe Heat Exchanger
1. Product Overview
Detian Dixing’s split-type heat pipe is a high-efficiency heat recovery equipment developed based on the “split controllable” heat pipe technology. Through an innovative split-type design and intelligent control technology, it realizes heat exchange between fresh air and exhaust air, and is widely applied in the field of energy-saving renovation of air conditioning systems.
2. Core Technical Principles
Split-Type Structural Design
The unit adopts the design concept of independent separation of the heat pipe evaporation section and condensation section. The heat exchangers at both ends can be flexibly arranged in different spaces (such as fresh air and exhaust air pipelines), breaking through the space limitations of traditional heat recovery equipment and adapting to the requirements of complex building structures.
Bidirectional Heat Exchange Mechanism
- Summer Mode: The cold energy of exhaust air is transmitted to the heat pipe evaporator through the refrigerant circulation module to cool the fresh air; at the same time, the recovered heat from fresh air is transferred to the heat pipe condenser, making the temperature of exhaust air rise synchronously.
- Winter Mode: The direction of heat transfer is opposite to that in summer, realizing reverse energy recovery.
Intelligent Control System
Equipped with an independent control unit, it can realize:
- Start-stop control of the heat pipe heat exchange system
- Power and flow regulation (supporting dynamic adjustment of heat exchange capacity)
3. Three Core Advantages
Safe and Reliable Heat Exchange Mechanism
It features the characteristic of “heat transfer without mass transfer”, which completely eliminates the risk of cross-contamination between fresh air and exhaust air and ensures indoor air quality.
High Efficiency and Energy-Saving Performance
Equipped with power-type controllable heat pipe technology, its heat exchange efficiency is increased by more than 30% compared with traditional heat pipes, significantly reducing the energy consumption of air conditioning systems.
Flexible Adaptability
The split-type design allows the fresh air/exhaust air pipelines to be separated by a maximum distance of 30 meters (specific parameters are subject to the product manual), supporting cross-floor and cross-area arrangement, and is especially suitable for renovation projects of existing buildings.
4.Typical Application Scenarios
- Air conditioning systems of commercial complexes
- Energy recovery in industrial clean rooms
- Places with stringent air quality requirements such as hospitals and laboratories
- Waste heat utilization in data centers
5. Service Support
1
Customized design
Provide customized materials, row numbers and structures according to working condition requirements.
2
Technical consulting
Professional team assists in type selection and system optimization.
