TopChiller can design and manufacture all types of modular chillers for you
- Cooling/heating capacity 10 Ton /150 Ton
- Temperature control range 7℃ to 55℃
- Variable speed compressor and variable speed fans
- Good quality energy-saving heat exchangers
- Air-cooled and water-cooled chiller available
- Full heat recovery option available
- Modular design and easy operation
- Both indoor and outdoor installation
Your Premier Modular Chiller Manufacturer and Supplier in China
Modular chiller is a newly designed and manufactured air conditioning product at TopChiller.
A modular chiller-Air cooled modular chiller and water-cooled modular chiller is a central air conditioning unit with air or water as cooling&heating source and water as a heat transfer medium.
A modular chiller, together with the end of the fan coil unit and air conditioning terminals, can form a centralized air conditioning system to realize cooling in summer and heating in winter.
TopChiller brand modular chiller adopts modular design, the reference block is 130kW, the module can be paralleled with up to 16 units, forming a combined product within the range of 130kw-2080kw.
The modular chiller is widely used in new and rebuilt large and small industrial and civil construction projects, places with high requirements for operation noise and surrounding environment, water shortage, or inconvenient to install the cooling tower.
Especially suitable for hotels, restaurants, supermarkets, shopping malls, office buildings, theaters, factories, and other buildings.
High-quality modular chiller manufactured by TopChiller features some outstanding advantages as below:
1. High efficiency and low noise fan blades, matching the best working speed of the motor, patented blades with airfoil, large chord length, and space distortion are adopted, and an efficient internal rotor motor is equipped to effectively reduce energy consumption and noise. The whole modular chiller has small heat output, low power consumption, and long service life.
2. High precision electronic expansion valve
The electronic expansion valve is selected as the fine control part of the refrigerant. Electronic expansion valve from fully closed to fully open, only a few seconds, responsive, fast action. Without the influence of static superheat of the traditional thermal expansion valve, it is easy to realize the light load start, reduce the heat loss during the shutdown, reduce the operation cost and improve the stability of the air-cooled modular chiller.
3. High-efficiency heat exchanger, greatly improving the air-cooled modular chiller efficiency.
With advanced trapezoidal internal thread copper tube and hydrophilic aluminum foil design, the heat exchange efficiency is greatly improved.
Based on reliable operation, the ratio of width and height and the angle of receiving wind of the fin heat exchanger are optimized to make the air distribution more uniform and the heat exchange efficiency higher.
4. Advanced energy regulation control, energy output on demand Adopt advanced adjustable control technology, real-time control module, and compressor opening quantity in the unit module, output energy according to actual demand.
5. Intelligent defrosting technology to reduce heat attenuation, the air-cooled modular chiller is easy to frost under the condition of low ambient temperature and high humidity.
According to the main parameters and load changes of heating operation, TopChiller modular chiller unit can accurately determine the defrosting time, to achieve defrosting with frost and without frost. And the manual defrosting mode is adjustable.
6. Multiple protection functions to ensure safe operation of the whole modular chiller system
The modular structure is adopted, and the chiller unit is started in stages to reduce the impact of the starting current of the unit on the power grid.
The modular chiller is equipped with a high and low voltage switch, anti-freezing protection device, flow control interface, overload protection device, power phase sequence protection device, etc., and is equipped with an operation control device. In case of failure, the controller will give a real-time alarm.
7. Modular design, more flexible installation, modular chiller with different capacity specifications can cooperate freely, and 16 chiller units can be paralleled at most. Its compatibility and expansibility are very strong.
According to the characteristics of the installation site, users can choose a variety of combinations, with a maximum cooling capacity of 2080kw, which fully meets different needs.
The modular chiller of the same system starts up at different levels and runs in balance, which greatly reduces the impact on the power grid caused by the start-up of the combined units.
8. The modular chiller with the advanced microcomputer control board, intelligent and timely adjustment
The advanced microcomputer control board has multiple functions such as product operation control and safety protection.
Among them, the high-speed processing chip can quickly obtain the operation parameters of the host system, and timely send out the control instructions, carry out the rapid processing, realize the intelligent control of the chiller unit, and ensure the stable operation of the modular chiller unit.
If you are looking for a high-quality modular chiller from a professional manufacturer, TopChiller is your best choice. Please contact our chiller experts to get the price list of your modular chiller.
General Description:
A Modular Chiller is a small packaged cooling unit combined with other modules to create a single but more extensive cooling system within your HVAC system.
A recent advancement proves to be a mass-produced and cost-effective solution to fully customized cooling units in HVAC systems. It enhances the cooling capacity of your system with the use of dual modules.
TopChiller offers two types of Modular Chiller: air-cooled and water-cooled types. The central parts of these types are the same, including a branded condenser, evaporator, compressor, and expansion valve. Some other components involved in the construction are the pump, heat exchanger, filter, etc.
TopChiller is well-known for manufacturing efficient modular cooling solutions for industrial, medical, chemical, and commercial processes. The Modular Chiller we provide is useful in applications like process cooling, air conditioning, ice making, computer room, plastics, heat pumps, and landfill gas cooling.
With over 20 years of rich experience, TopChiller knows how to guide you with the right type of Modular Chiller for your application offering adequate efficiency and performance.
TopChiller is the best choice when it comes to buying a stable and advanced modular cooling source to control process heat.
Talk to our sales engineer for further information and order queries regarding Modular Cooling Systems. We aim to deliver your orders at a very affordable price.
Features and Advantages:
The excellent characteristics and advantages of Modular Chiller available are:
- It is compliant with ASHRAE mechanical ventilation standards and has a smaller refrigerant charge. So you do not have to install additional ventilation refrigerant monitoring, helping you with a significant reduction in the total cost.
- You can adapt it for the heat pump to offer both heating and cooling capacities. Using this flexibility, you can heat or cool your facility depending upon your process requirements.
- Being small in size, it is suitable for retrofitting old air conditioning and heating equipment. It also allows easy module fitting within an available HVAC system. More modules provide better redundancy to your system.
- In case of single module malfunctioning, you’ll have to go through reduced downtime as each module can individually provide cooling to your system because of its separate power.
- A primary module controls the other modules as it features a microprocessor controller. A communication cable links this microprocessor to the controllers present in other modules.
- Image Gallery
- Data Sheet
- Main Parts
| Modular Chiller Technical Specifications | ||||||||||
| Model. LSQW | 60×1 | 60×2 | 60×3 | 60×4 | 60×5 | 60×6 | 60×7 | 60×8 | ||
| Cooling capacity* | kW | 65 | 130 | 195 | 260 | 325 | 390 | 455 | 520 | |
| Heating capacity** | kW | 70 | 140 | 210 | 280 | 350 | 420 | 490 | 560 | |
| Compressor | Power supply | 380/3+N/50 | ||||||||
| Qty/refrigerant circuit | Nr. | 2/2 | 4/4 | 6/6 | 8/8 | 10/10 | 12/12 | 14/14 | 16/16 | |
| Cooling power input* | kW | 10.2×2 | 10.2×4 | 10.2×6 | 10.2×8 | 10.2×10 | 10.2×12 | 10.2×14 | 10.2×16 | |
| Heating power input** | kW | 10.0×2 | 10.0×4 | 10.0×6 | 10.0×8 | 10.0×10 | 10.0×12 | 10.0×14 | 10.0×16 | |
| Max. power input | kW | 39.92×1 | 39.92×2 | 39.92×3 | 39.92×4 | 39.92×5 | 39.92×6 | 39.92×7 | 39.92×8 | |
| Max. input current | A x nº | 38.8×1 | 38.8×2 | 38.8×3 | 38.8×4 | 38.8×5 | 38.8×6 | 38.8×7 | 38.8×8 | |
| Max. starting current **** | A | 142×1 | 142×2 | 142×3 | 142×4 | 142×5 | 142×6 | 142×7 | 142×8 | |
| Energy adjustment | % | 0-50-100 (Single unit) | ||||||||
| Axial fan | Quantity | Nr. | 2 | 4 | 6 | 8 | 10 | 12 | 14 | 16 |
| Airflow | m3/h | 29200 | 58400 | 87600 | 116800 | 146000 | 175200 | 204400 | 233600 | |
| Evaporator | Type | Tube in tube heat exchanger | ||||||||
| Water flow | m3/h | 11.17 | 22.34 | 33.51 | 44.68 | 55.85 | 667.02 | 78.19. | 89.36 | |
| Water side pressure drop *** | kPa | <<<- – – From 43 to 46 – – ->>> | ||||||||
| Water connection size | DN | 125 | ||||||||
| Power supply | / | 380V/3Ph/50Hz | ||||||||
| Noise level*** | V type coil | dB(A) | 71 | 72 | 73 | 74 | 75 | 76 | 77 | 78 |
| Dimensions V type coil | Length | mm | 2000 (Single unit) | |||||||
| Width | mm | 1060 (Single unit) | ||||||||
| Height | mm | 1957 (Single unit) | ||||||||
| Net weight | V type coil | kg | 630×1 | 630×2 | 630×3 | 630×4 | 630×5 | 630×6 | 630×7 | 630×8 |
| * Ambient temperature 35ºC; evaporator water in/out 12/7 ºC; | ||||||||||
| ** Ambient temperature DB 7 ºC, WB 6 ºC; condenser water in/out temperature 40/45 ºC; | ||||||||||
| *** In the nominal water flow condition the pressure drop is between this range. | ||||||||||
| **** Sound pressure measured at a distance of 1 m and a height of 1.5 m above the ground in a dear field. | ||||||||||
Why TopChiller is Your Reliable Modular Chiller Manufacturer and Supplier In China?
Help You to Find Other Types of Chiller Relevant to Modular Chiller
Modular Chiller: The Ultimate FAQ Guide
This guide will help you choose a high-performance modular chiller for your applications.
So, if you want to learn about the quality specifications, working principles, or configurations, every piece of information is right in this guide.
Keep reading to learn more.
- What is a Modular Chiller?
- What are the Two Main Configurations of Modular Chillers?
- What are the Main Components of a Modular Chiller?
- What is the Working Principle of the Modular Chiller?
- How Do You Benefit from Using the Modular Chiller?
- What are the Limitations of Using Modular Chiller?
- How Many System Configurations of Modular Chillers are There?
- Can You Withdraw or Replace Any of the Modular Chillers Without Stopping Operations?
- Which Quality Specifications Must the Modular Chillers Have?
- Do You Customize Modular Chillers According to Customer’s Specifications?
- How Do You Troubleshoot a Modular Chiller?
- How Can I Increase the Efficiency of the Modular Chillers?
- What are the Best Materials for Manufacturing Modular Chillers?
- How Does the Water Condensed Modular Chiller Compare to Air Condensed Modular Chiller?
- How Much Does a Modular Chiller Cost?
- What is the Difference Between Modular Chillers and Cooling Towers?
- Is there a Difference between Modular Chiller and Portable Chillers?
- How Do Modular Chiller Manufacturers Support OEM Business?
- How Many Modular Chiller Components Can One Modular Chiller Handle?
- How Do Multiple Modular Chillers Work Together?
- What are the Main Applications of the Modular Chillers?
- How does Air Cooled Chiller compare to Water Cooled Chiller?
- Why use Variable Speed Compressors in Modular Chillers?
What is a Modular Chiller?
Modular chillers are cooling systems that have multiple chillers coupling together to make expandable chilling systems.
In modular chiller systems, you will have different types of chillers that posses’ double compressors with double circuit condensers and evaporators.
Modular chiller
What are the Two Main Configurations of Modular Chillers?
Modular chillers have a plug-and-play concept that will assist in the configuration of systems with numerous units.
Such systems will allow you to use very high cooling capacities to chill different types of equipment.
Here are the two main configurations of modular chillers that you can choose from.
1. Modular Centralized Cooling Systems
The modular chillers have single units with parallel connections to build and increase refrigeration capacity.
2. Cascade Cooling Systems
Here, we have individual types of chillers that have been connected in series to cool thermal loads at high thermal drops.
It has the capability of achieving very high cooling capabilities that cannot be attained through single-stage refrigeration units.
What are the Main Components of a Modular Chiller?
Apart from the above classification, you can also classify the modular chillers as either water-cooled or air-cooled.
Despite the classification, here are the main components that you will find inside the modular chillers.
· Condensers
You can choose to have the air-cooled or water-cooled condensers which are responsible for eliminating the heat.
It employs cool flowing air or water to absorb the heat from the refrigerant which carries the excess from the evaporator.
· Evaporator
The evaporator is responsible for eliminating the heat that comes from the system through pipes of flowing water.
It is the area where the refrigerant will pass and collect the heat and move the heat straight to the condenser.
· Storage Construction
This is the unit that will store the fluids that the machine needs for consistent temperature control.
In cases where there are limited operations, the storage construction will protect the fluid from freezing under cold temperatures.
· Compressors
Here, you will have double units of compressors that are responsible for compressing the refrigerants and increasing the pressure.
Apart from that, the compression will increase the volume of the refrigerant in readiness for the collection of heat.
· Control Unit
You will use the control unit to help configuring, programming, controlling and monitor the operations of the modular chillers.
In addition to that, it will help in controlling the operation temperatures even from a remote location.
· Expansion Valve
The expansion valve is responsible for changing the refrigerant from the gaseous state into the low-pressure fluid.
It reduces the volume of the refrigerant and allows it to flow back to the compressor for further processing.
· Alarm Systems
You will depend on the modular chillers’ alarm system to inform you of any problems within the modular chillers systems.
It will also inform when a particular process within the modular chiller system is complete.
Modular chiller compressor
What is the Working Principle of the Modular Chiller?
Modular chillers can either use air cooling or water-cooling systems to get rid of excess heat from the system.
Despite the system in play, the whole process begins with the preparation of the machine and setting it to play.
The refrigerant fluid such as glycol or a mixture of glycol and water will flow from the storage tank.
It will go through the compressor systems which will increase the volume and pressure of movement.
Here, the refrigerant will undergo compression which increases the volume and the pressure of movement.
At high speed, the refrigerant will flow straight to the evaporator section of the modular chiller system.
At the evaporator, the refrigerant will pick up the heat that the evaporator collects from the environment.
The evaporator has numerous pipes with cool water flowing through them collecting the heat from the environment.
As soon as it has enough heat it will transport heat to the evaporator which has refrigerants to collect heat.
Due to the heat, the refrigerant will change from the liquid state and to a gaseous state.
With enough pressure, it will flow carrying the heat with it straight to the condenser unit of the modular chillers.
While at the condenser, the refrigerant will get rid of the heat with the help of cool air or water.
This is the point where the type of coolant which can either be water or air will take full effect.
It will get rid of the excess heat from the system taking it to the cooling towers or the environment.
After that, the refrigerant will move from the condenser to the expansion valve.
At this point, the refrigerant will not have the heat within it and will change from a gas into a liquid.
The expansion valve will help in preparing the refrigerant in preparation for the next step as the process continues.
Modular chiller working diagram
How Do You Benefit from Using the Modular Chiller?
There are quite a several benefits that you can enjoy just by using the modular chillers.
Here are the main benefits that you will enjoy by using modular chillers.
i. Easy Installation
You will go through a very easy time installing the modular chillers even in tight spaces.
It comes together with all the components thus making a single chiller unit that you can easily install.
ii. Takes Less Space
Due to the compact design, you can install modular chillers in very small spaces that allow more space for other purposes.
It reduces the hustle of purchasing other chiller units that will not only be costly but take up a lot of space.
iii. Easy to Maintain
You will also go through an easy time cleaning and maintaining the modular chillers due to the easy and compact design.
It also has automatic systems that are capable of pinpointing the issues within the system for proper maintenance purposes.
iv. Significant Reduction in Production Cost
You will also save a lot of finances when constructing the modular chillers as the number of components will reduce.
Implying that, you will have to eliminate the cost of some parts in multiple chillers systems which the chillers will share.
v. Quite Operations
It is a silent type of chiller that you can install in industries that do not require quiet operations such as schools.
vi. Energy and Water Efficient
It will help in the conservation of water by recycling the water it uses thus eliminating wastage of water.
Apart from that, it uses very little energy in the entire process of getting rid of excess heat.
What are the Limitations of Using Modular Chiller?
Despite the numerous benefits, of using modular chillers, there are particular limitations as well.
Here are some of the limitations that you might experience by using modular chillers.
i. High Requirements of Water Quality
You will have to maintain a very high quality of water when using the modular chillers which is costly.
If not, there will be an occurrence of blocking and scaling which might affect the overall efficiency of operations on modular chillers.
ii. Most Parts are Vulnerable
It is also important to note that most of the parts of the modular chillers are often vulnerable to damages.
In that case, you will have to do regular inspections on the chillers and replace the broken parts.
This is not only tedious but will lead to machine downtime as well as additional maintenance costs.
iii. Poor Performance Adjustments
You will also experience poor performance adjustments under partial loads in single heads.
In addition to that, it does not have stepless adjustments which add up to the poor performance adjustments.
iv. Large Weight Index
It also exhibits very large weight indices of unit refrigeration capacities which can be very difficult to handle.
How Many System Configurations of Modular Chillers are There?
There are two main system configurations for the modular chillers which include:
Modular chiller
- Series System Configuration
- Parallel System Configuration
Can You Withdraw or Replace Any of the Modular Chillers Without Stopping Operations?
Yes, you can simply withdraw and replace one of the modular chillers without stopping the normal operations.
This is because most of the modular chillers have completely autonomous units.
In case of failure in any modular chiller, you can still rely on the other chillers to offer very high efficiency.
It is also the reason why you can remove the unreliable part and replace it without worries of stopping operations.
Which Quality Specifications Must the Modular Chillers Have?
You must have a keen look at the quality specifications of the modular chillers.
The quality specifications will ensure that you have the highest quality modular chillers without biasness.
It will also ensure that the modular chillers are safe for you to use.
Here are the main quality standards that you need to pay very close attention to.
- DIN Quality Certifications for Quality and Environmental Management Systems
- QSK Quality Certifications for Accredited Disposal Operations in Cooling Equipment
- EG Quality Certifications such as EG 303: 2008
- CE Quality Certifications for Labeling Standards
- ELT Quality Certifications RoHS Quality Certifications According to the 2011/65/EU
- REACH Quality Certifications According EG 1907/2006
Do You Customize Modular Chillers According to Customer’s Specifications?
Yes, we customize modular chillers according to the specifications of the customer.
All you have to provide are the design and details of modular chillers that you need.
We will be able to manufacture the modular chillers as accurately as possible just by following the production specifications.
Customized modular chiller
How Do You Troubleshoot a Modular Chiller?
Well, there are specific issues that affect the proper function of the modular chillers.
You can identify such issues through proper diagnosis of the machine through a troubleshooting procedure.
Here are some of the issues that you can identify through troubleshooting.
Improper Flow of Fluids
You might notice a problem when it comes to the flow of fluids within the modular chiller systems.
This can be attributed to blockages within the filters and the pipe systems.
It can also be a result of insufficient fluids within the reservoirs.
You can sort this out through proper filling of the reservoirs and treating the fluids within the modular chillers.
Treating the fluids will help in preventing the growth of mold that might block the filters and the pipes.
In addition to that, you must also maintain proper hygiene with proper cleaning of the filters and piping systems.
Failure of Machine to Start
The machine can also fail to start due to several reasons such as power failure or faulty electric circuit.
You will solve this problem through proper checking of the electric units and switching on the power.
Apart from that, you must also inspect and identify the broken circuits and use them for proper power transmission.
How Can I Increase the Efficiency of the Modular Chillers?
You can increase the efficiency of the modular chillers by improving the machine and working conditions.
Here are some of the factors that you should consider to increase machine efficiency.
Keeping Proper Operation Records
You should maintain taking daily records on how the modular chillers work.
With this information, you will be able to know when the machine works at optimum conditions.
Proper Inspection of the Modular Chillers
You should also do regular inspections on the machine with the bid of identifying problems with the machine.
In case of a problem, you should be able to address the problem within the right time before it causes downtime.
Proper Maintenance of the Machine
In this case, you should maintain the modular chillers regularly according to a proper maintenance schedule.
You should follow the maintenance schedule strictly and clean the modular chillers well to eliminate any debris.
Proper maintenance also involves lubricating the moving parts of the modular chillers to eliminate the possibility of damages through friction.
On the same note, you must also replace the broken parts on the machine as soon as possible as you maintain the machine.
Optimizing all the Operations
You should also optimize all the machine operations to allow them to work at their best.
About that, you must also have proper personnel with the capability of operating and maintaining the machine.
Proper inspection of the modular chiller is crucial
What are the Best Materials for Manufacturing Modular Chillers?
The best material that you can use to make the modular chillers is stainless steel.
It is a very good material with high tensile strength and great corrosion resistance.
It will help in maintaining the steady structure and form of the modular chillers thus maintaining the compact design.
In addition to stainless steel, you will also use other materials such as rubber which act as very good sealers.
They will act as the main ring sealers that will block any form of fluid leakage on the modular chiller systems.
How Does the Water Condensed Modular Chiller Compare to Air Condensed Modular Chiller?
Air condensed modular chiller schematic
Water condensed modular chillers and air condensed modular chillers are best for the cooling of different equipment.
Apart from that similarity, you will note that air-cooled modular chillers use air as the main chilling agent.
On the other hand, water condensed modular chillers use water as the main chilling agent that carries heat away.
On the same note, you will note that both water condensed and air condensed modular chillers have similar components.
How Much Does a Modular Chiller Cost?
The cost of modular chillers often varies from one type of modular chiller to another.
Apart from that, the higher the quality of the modular chillers, the higher the amount of money you will pay.
The more modular chillers you purchase, the higher the amount of money you will pay for them.
On average, you will pay between 1000 to 380,000 US dollars to purchase modular chillers.
The modular chillers that cost more are often best for industrial applications that require very big modular chillers.
What is the Difference Between Modular Chillers and Cooling Towers?
Cooling tower
You will use both cooling towers and modular chillers to cool different equipment in different industrial applications.
One of the greatest differences between the modular chillers and the cooling towers is in the working principles.
Cooling towers use mechanical working principles where it has fans that help in blowing away the heat.
The fans will pull cool air from the environment and blow it to the hot equipment thus eliminating the heat.
On the other hand, modular chillers use components such as compressors, expansion valves, condensers, and evaporators to cool different equipment.
It can either employ water chillers or air chillers to help in getting rid of the heat from the system.
It has refrigerants that go through the entire system transporting heat from one station until it’s out of the system.
Is there a Difference between Modular Chiller and Portable Chillers?
Yes, there is a difference between modular chillers and portable chillers.
You can have portable chillers that are not modular chillers and modular chillers that are not portable.
Implying that, there are stationary modular chillers and mobile modular chillers for different applications.
On the other hand, you can opt for portable air chillers, portable water chillers as well as portable modular chillers.
Portable chillers
How Do Modular Chiller Manufacturers Support OEM Business?
Modular chiller manufacturers support OEM business by using the original high-quality materials from the original suppliers.
The manufacturers ensure that they purchase high-quality materials from the original equipment manufacturers.
After that, they convert the raw materials and use them to make the final product which is the modular chillers.
Most of the manufacturers ensure that they acknowledge the source of the raw materials thus supporting OEM business.
How Many Modular Chiller Components Can One Modular Chiller Handle?
Modular chillers are suitable for use with numerous other components that assist in proper operations.
You can have as many as 12 chillers in one modular chiller with 24 compressors to help in cooling the system.
All the systems have a remote master which allows you to control and monitor the operations of the modular chillers.
How Do Multiple Modular Chillers Work Together?
Modular chillers have two or more chillers under one system of modular chillers.
It coordinates all the chillers to work together in such a way that there is a master chiller that controls the other.
In the case of two chillers, you will note that both chillers communicate to one another through the microprocessor controller.
Water-cooled chillers have water that flows through both systems bringing in cool water and eliminating the heat as it flows out.
The water will flow through the main header and then out through the return header.
Multiple modular chillers working together
What are the Main Applications of the Modular Chillers?
You can use modular chillers in quite a several applications.
Here are some of the applications where you can employ the use of modular chillers.
- Computer Room Air Conditioning Systems
- Process Cooling Industry
- Plastics Manufacturing Industry
- Air Conditioning Industries
- Heat Pumps Cooling
- Ice Making Chiller Systems
- Landfill Gas Cooling Systems
Modular chiller applications
How does Air Cooled Chiller compare to Water Cooled Chiller?
Air-cooled chillers and water-cooled chillers are types of chillers that you can employ in different cooling applications.
Both water-cooled and air-cooled chillers have similar components including condensers, evaporators, expansion valves, and compressors.
Apart from those similarities, you will house the water-cooled chillers in mechanical rooms to protect them from damage.
It also uses water as the main cooling agent the help in getting rid of excess heat from the system applications.
On the other hand, you will install the air-cooled chillers outside where it can have proper access to plenty of air.
Apart from that, you will depend on air as the main cooling agent for cooling off the excess heat.
Water cooled chiller
Why use Variable Speed Compressors in Modular Chillers?
You will use the variable speed compressors for controlling the speed at which the compressors work.
With the variable-speed compressor, you can simply increase and reduce the speed at which the compressor works.
You must have a look at the heating or cooling load within the system as you control the heat elimination process.
It will provide the compressor with a particular voltage thus helping in saving energy from wastage.
At TopChiller, we offer a range of chilling systems ranging from air-cooled chillers, water-cooled chillers, screw chillers, and scroll chillers, amongst others.
So, if you need any design of chiller systems, feel free to contact the TopChiller team.