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Compressor Cooling Unit
Vapor compression refrigeration is a widely adopted cooling technology that has revolutionized the way of thermal management applications. Its core principle relies on the thermodynamic properties of refrigerants, which undergo phase changes from liquid to vapor and back, absorbing and releasing heat in the process. This cycle allows for efficient heat removal from enclosed spaces, thus cooling them down. The vapor cooling cycle typically consists of 4 major components: compressor, condenser, expansion valve (capillary), and evaporator.
MOIR compact compressor cooling systems build upon the traditional vapor compression refrigeration cycle but with a focus on efficiency, reliability, and compactness. These small refrigeration systems are designed to fit into tight spaces while maintaining high performance, making them ideal for applications in numerous areas ranging from food and air conditioning to health care industry, and mobile refrigeration.
By utilizing advanced materials, precision engineering, and optimized refrigerant selection, MOIR miniature, compressor cooling modules achieve superior energy efficiency and reduced environmental impact. The compact design also reduces material usage and transportation costs, further enhancing their overall sustainability.
Our compact compressor cooling family includes chilled liquid systems, air-cooled systems, and direct refrigerant systems where the refrigerant is circulated directly through a cold plate evaporator in contact with the heat source.
If you need a compact, high-efficiency, and reliable compressor cooling system, MOIR has the technology and experience to develop and customize a refrigeration system to meet your unique requirement.
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Plate Compressor Chiller Unit
The Plate-type compressor chiller module is a recirculating subsystem that integrated with a blazed stainless steel plate evaporator. The advantages of the plate water chiller module includes high heat flux and a small radiator. Thanks to the variable speed, high performance, miniature compressor, the small cooling units are not only facilitated but also ensure an exceptional cooling performance and high energy efficiency.
- R290/R-134a refrigerant charged
- 24V/48V DC voltage power supply input
- An advanced motor drive controller included
- Cooling power: 400W/600/900W (Temperature. dependent)
- Applicable for air conditioning & refrigeration, mobile & portable cooling
- BLDC inverter compressor configuration boosts unmatched cooling performance
Coaxial Compressor Chiller Unit
The Coaxial-type compressor chiller module is a circulatory cooling subsystem that incorporated with a coaxial evaporator. The coaxial evaporator is made of Titanium material, offering a high heat exchange. It is especially applied to medical laser equipment (such as hair removal and scale cooling caps) and beverage cooling. Compact chiller units provide extraordinary cooling capacity in constrained spaces.
- R290/R-134a refrigerant charged
- 24V/48V DC voltage power supply input
- An advanced motor drive controller included
- Cooling power: 600W (Temperature. dependent)
- Applicable for air conditioning & refrigeration, mobile & portable cooling
- BLDC inverter compressor configuration boosts unmatched cooling performance
Direct Refrigerant System
The DC condensing unit ( or direct expansion system) is directly in contact with the user’s evaporator like a cold plate. No secondary coolant is needed, the system only requires minimal parts, minimizing the size and component count for the system. This micro compressor cooling systems are custom designed to integrate directly into a system and provide a very high flux at the heat load.
- R-134a refrigerant charged
- 12V/24V/48V DC voltage power supply
- An advanced motor drive controller included
- Cooling power: 400W (Temperature. dependent)
- Applicable for mini freezers/ refrigerators, laser cooling, mobile refrigeration
- BLDC inverter compressor configuration boosts unmatched cooling performance
Compact Compressor Cooling Module Features
MOIR small-scale, compressor cooling units are sealed vapor compression circuits with speed-controlled miniature rotary BLDC compressors. The compressor-powered chillers come with inverter boards that require a direct current (24V, 48V DC) power supply. Unlike any other conventional compressor-based cooling systems on the market today, our DC-powered compressor refrigeration solutions can operate in conditions where battery, vehicles, wind, or solar power are available as direct current electrical sources, and minimize loss of electricity.
- Available in 24V, 48V DC voltage power supply
- DC-powered compressor boosts peak performance in small package
- Powerful system offers significant cooling over a wide range of operating temperatures
- Twin-cylinder motor provides twice efficiency with reduced vibration and quiet operation
- Small size and lightweight design, assuring easy integration into a wide array of applications
- Hermetically sealed, charged, and tested in nominal conditions to ensure rock-solid reliability and stability .
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Compressor Cooling Module Applications -
Where Compact Technologies Meet Thermal Solutions
The growing demand for enhanced heat dissipation technologies tailored for applications in limited space, coupled with advancements in the scientific and technological realm of miniaturized compressor refrigeration components, primarily compressors and heat exchangers, has propelled the creation of compact cooling systems. These systems, whether individual components or fully integrated units, are currently accessible in the market and find applications across diverse cooling requirements, including lasers, electronics, personal cooling devices, medical applications, laboratory equipment, farming, vehicles, and numerous other commercial and industrial uses.
Given their superior energy efficiency, durability, and ability to perform effectively under a broad range of conditions, the miniature, compressor cooling systems are considered the most viable option, especially when traditional passive cooling technology fall short in meeting the cooling demands of numerous applications.
Compact Cooling Applications
- Industrial Laser
- Rapid EV Charging
- Mini Water Chillers
- Laser Hair Removal
- Beverage Dispensing
- Medical & Aesthetics
- Pets Crate Air Cooling
- Verticle Mirco Farming
- PCs and Servers Cooling
- Portable Air Conditioner
- Food Delivery Carrier Box
- Personal Cooling Systems
- Electronics Cooling Systems
- Drone Docking Station Cooling
- Electric Control Cabinet Cooling
- Athlete’s Recovery Boday Cooling
Why Choose MOIR Compressor Cooling Units?
Small-scale vapor compression refrigeration systems refer to those with reduced cooling capacities compared to traditional units, focused on providing cooling to specific spaces, and systems that require it. Their compactness and lightweight design are crucial due to the global trend towards miniaturization in various fields like electronics, mechanics, and computing. Many of these miniaturized compressor cooling devices necessitate refrigeration for effective thermal management and heat dissipation, ensuring optimal performance and durability.
Our in-house manufactured miniature inverter rotary compressor, boosting variable speed operation and leveraging a high-efficiency BLDC motor with exceptional energy density, grants us a distinct edge in the realm of compact, lightweight cooling solutions.
MOIR micro compressor cooling units are fully sealed subsystems with a small compressor, condenser, evaporator, filter drier, and other refrigeration parts in one package. These chiller units are amazingly compact that allows the OEM integrators to adapt to the coolant fittings for ultimate flexibility while keeping excellent cooling power. Driven by our mini rotary compressor, our compact and reliable cooling solutions deliver cooling capacity greater than systems 10 times their size. You cannot seek this level of cooling in this size package anywhere else.
Equipped with variable-speed inverter technology, these portable & mobile cooling modules from miniature compressors deliver unprecedented levels of performance, surpassing the efficiency of any other compact thermal solution available today. In stark contrast, the wide-spread thermoelectric-based systems consume up to 5 times more power compared to MOIR’s compressor-based systems, making them a less promising option for energy-conscious applications.
Engineering Services - Tailored Solutions that Maximize Proposed Strategies
Don’t see what you need in our standard product lineup? No sweat. MOIR recognizes the uniqueness of each client’s requirements and thus, places significant emphasis on customization. Most of the products we manufacture for our volume production customers are custom-designed or modified standard products
In addition to our standard products, we offer OEM & ODM modules and assmeblies which can be optimally adapted to your needs. Of course, you’ll benefit from our extensive expertise in the conceptual design, prototype buliding, and manufacturer of compressor-based cooling systems.
To get started for a custom solution, the below information would be needed:
1. What purpose you are looking to achieve?
2. What’s the cooling capacity required?
3. What cooling approach is desired: air cooling, liquid cooling, or direct refrigerant cold plate?
4. What is the cold side temperature( delivered air, coolant, or cold plate surface)?
5. What is the operating ambient temperature range?
6. Is there any size constraint?
7. Are there any other constraints or requirements?
