Настраиваемый шкаф SOETECK для размещения насоса хладагента
Сайт Настраиваемый шкаф SOETECK для размещения насоса хладагента это автономное решение для циркуляции хладагента, разработанное для гибридных прецизионных систем охлаждения. Благодаря усовершенствованному инверторный насос для хладагента, it facilitates efficient refrigerant transfer between indoor air conditioning units and outdoor condensers, supporting seamless active-to-passive cooling transitions. By working in tandem with the free cooling condensers designed by SOETECK, it achieves significant energy savings and supports a low PUE. Its waterless cooling design and low-maintenance operation make it ideal for центры обработки данных and telecom applications.
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Обзор продукции
Сайт Настраиваемый шкаф SOETECK для размещения насоса хладагента serves as the core driving force for refrigerant circulation in advanced прецизионные системы охлаждения. This cabinet integrates an инверторный насос для хладагента to ensure efficient refrigerant flow during free cooling operations, enabling significant energy savings and supporting a system-wide PUE as low as 1.2. Its modular and flexible design allows seamless integration with indoor and outdoor cooling components in hybrid configurations.
Inverter Refrigerant Pump
As a key enabler of free cooling technology, the cabinet works in synergy with other critical system components, such as EC fans and electronic expansion valves, which are strategically positioned in the cooling system to optimize airflow and refrigerant flow. By facilitating efficient refrigerant transfer between the precision air conditioning unit and the outdoor condenser, the Настраиваемый шкаф SOETECK для размещения насоса хладагента ensures smooth transitions between active and passive cooling modes, reducing compressor load and extending system lifespan.
The cabinet’s waterless cooling operation eliminates the risks of flooding and contamination often associated with water loops, while its low-maintenance design minimizes operational complexity. Ideal for центры обработки данных, telecom facilities, and enterprise IT environments, it addresses critical cooling challenges while providing a sustainable and highly reliable cooling solution.
Характеристики
Efficient Refrigerant Circulation
- Inverter Refrigerant Pump: Ensures consistent and efficient refrigerant flow during free cooling, reducing energy consumption and enhancing system reliability.
Seamless System Integration
- Facilitates refrigerant transfer between indoor precision air conditioning units and outdoor condensers.
- Supports hybrid system configurations with both active and passive cooling capabilities.
Sustainable and Waterless Operation
- Eliminates water loops, reducing risks of flooding and simplifying maintenance.
- Contributes to environmentally friendly cooling by avoiding water consumption.
Energy Efficiency and Low PUE
- Enables free cooling during low-temperature seasons, contributing to a PUE as low as 1.2.
- Minimizes compressor workload, reducing energy consumption and extending equipment life.
Robust and Flexible Design
- Modular and compact cabinet design for easy integration and scalability.
- Customizable configurations to meet diverse application requirements in центры обработки данных and telecom facilities.
Приложения
- Precision Air Conditioning Systems
- Центры обработки данных Colocation
- Enterprise IT Server Rooms
- Telecom Cooling Facilities
- Edge Computing Data Centers
- Hyperscale Data Centers
Технические характеристики
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