Successful Cases
AIRHORSE
Green Power Boosts the Refrigerant Industry | AirHorse 37kW Permanent Magnet Variable Frequency Screw Air Compressor Brings Industrial Innovation
As the refrigeration industry continues to develop toward environmental protection and high efficiency, the refrigerant manufacturing process is gradually upgrading from the traditional production model to a modern process system centered on automation and precise control.
In this process, compressed air is no longer just a simple power source, but is deeply involved in key processes such as filling control, air tightness testing, valve group actuation, and automated production line operation.
Especially in the refrigerant filling and testing process, the stability of air pressure directly affects measurement accuracy and product consistency.
Many enterprises find a common problem after upgrading their production lines: the more advanced the equipment, the higher the requirements for the stability of the air supply.
Once pressure fluctuations, insufficient air supply, or delayed response occur in the compressed air system, they may amplify throughout the entire production chain, affecting product quality and delivery schedules.
In the refrigerant industry, "air supply stability" has changed from an auxiliary condition to one of the core factors affecting process quality.
Hidden Pressure from Capacity Expansion
A refrigerant manufacturing enterprise mainly engages in the R&D and production of environmentally friendly refrigerants. With the growth of market demand, the enterprise's production lines have been continuously expanded, and the degree of automation has been continuously improved.
However, with the increase in production capacity, the contradictions of the original compressed air system have gradually emerged.
Especially during peak production periods, concentrated air consumption leads to obvious system pressure fluctuations, while there is significant energy waste during low-load periods.
At the same time, due to the long-term high-load operation of equipment, system stability has begun to become the focus of management attention.
More importantly, the requirements for pressure consistency are extremely strict in the filling and testing links. Even slight fluctuations may affect measurement accuracy, resulting in risks to product consistency.
The enterprise gradually realized that the problem is not just "old equipment", but that the entire compressed air system can no longer match the current production rhythm.
After multiple rounds of technical comparisons and on-site evaluations, the enterprise finally chose to introduce the AirHorse 37kW permanent magnet variable frequency screw air compressor system (including the integrated solution of air storage + drying + filtration).
Permanent Magnet Variable Frequency Technology: Resolving the Contradiction of "Air Consumption Fluctuations"
In refrigerant manufacturing, air consumption is not constant, but fluctuates significantly with filling, testing, and production beats.
This working condition puts forward two core requirements for the air compression system: it must keep up with peak air consumption and not waste energy during low loads.
Traditional power-frequency air compressors can often only "output fixedly" in such scenarios, resulting in either redundant air supply or insufficient pressure. Long-term operation not only consumes high energy but also easily affects system stability.
The core advantage of the AirHorse 37kW permanent magnet variable frequency screw air compressor is that it can adjust the operating status in real time according to actual air consumption, keeping the equipment running in a more reasonable working range.
Simply put, it changes the air compressor from "always running at full speed" to "output on demand".
The direct result of this change is: more stable pressure, less waste, and a system more adapted to the production rhythm.
High-Efficiency Screw Main Engine: Making Stability a Long-Term Capability
In the refrigerant industry, air compressors are not short-term operating equipment, but infrastructure that requires long-term stable output.
The AirHorse 37kW unit adopts a high-efficiency screw main engine structure. By optimizing the compression path and rotor meshing efficiency, the gas compression process is smoother, thereby reducing energy loss and operating fluctuations.
In actual operation, the air volume output is more continuous, pressure fluctuations are significantly reduced, and the equipment still maintains good stability under long-term operating conditions.
For refrigerant manufacturing enterprises that require continuous production, this "long-term stability capability" is often more important than short-term efficiency.
Intelligent Control System: Blocking Risks "at the System Level"
In refrigerant production, many problems do not occur suddenly, but are gradually accumulated by minor fluctuations.
The AirHorse 37kW system is equipped with an intelligent control platform, which can monitor key parameters such as pressure, temperature, and current load in real time, and provide early warning of abnormal trends.
This means that many potential problems can be detected and handled before affecting production, thereby avoiding the impact of unexpected shutdowns on the entire production line.
For continuous production enterprises, the value of this capability lies in - not reducing maintenance, but reducing "production downtime losses".
Not Only Energy Saving, but Also Improved Stability
After the actual operation of this project, the most obvious change fed back by the enterprise is not only the reduction in energy consumption, but also the significant improvement in the "controllability" of the entire production system.
The pressure consistency in the filling and testing links is more stable, making the production process smoother.
The matching degree between equipment operation rhythm and production line beat is higher, reducing fluctuation interference caused by air supply problems.
From the results, this system not only brings energy-saving effects, but more importantly, transforms the production system from "passively responding to air supply fluctuations" to "actively operating stably".
The refrigerant manufacturing industry is undergoing a significant change: product competition no longer only depends on production capacity, but increasingly relies on stability and consistency.
The compressed air system is precisely one of the key basic systems affecting these two indicators.
Upgrading the compressed air system may not be an "optimization option", but a "must-do action".
The AirHorse 37kW permanent magnet variable frequency screw air compressor system has verified its stability and energy-saving capabilities in multiple refrigerant manufacturing and precision manufacturing projects.
👉 If you want to assess whether there is energy waste or stability risk in your existing air compression system
👉Or want to know if it is suitable for permanent magnet variable frequency upgrade and transformation
Welcome to contact us directly. We can provide you with: on-site assessment of compressed air systems + energy-saving analysis + customized upgrade plan suggestions.
Green Power Boosts the Refrigerant Industry | AirHorse 37kW Permanent Magnet Variable Frequency Screw Air Compressor Brings Industrial Innovation
As the refrigeration industry continues to develop toward environmental protection and high efficiency, the refrigerant manufacturing process is gradually upgrading from the traditional production model to a modern process system centered on automation and precise control.
In this process, compressed air is no longer just a simple power source, but is deeply involved in key processes such as filling control, air tightness testing, valve group actuation, and automated production line operation.
Especially in the refrigerant filling and testing process, the stability of air pressure directly affects measurement accuracy and product consistency.
Many enterprises find a common problem after upgrading their production lines: the more advanced the equipment, the higher the requirements for the stability of the air supply.
Once pressure fluctuations, insufficient air supply, or delayed response occur in the compressed air system, they may amplify throughout the entire production chain, affecting product quality and delivery schedules.
In the refrigerant industry, "air supply stability" has changed from an auxiliary condition to one of the core factors affecting process quality.
Hidden Pressure from Capacity Expansion
A refrigerant manufacturing enterprise mainly engages in the R&D and production of environmentally friendly refrigerants. With the growth of market demand, the enterprise's production lines have been continuously expanded, and the degree of automation has been continuously improved.
However, with the increase in production capacity, the contradictions of the original compressed air system have gradually emerged.
Especially during peak production periods, concentrated air consumption leads to obvious system pressure fluctuations, while there is significant energy waste during low-load periods.
At the same time, due to the long-term high-load operation of equipment, system stability has begun to become the focus of management attention.
More importantly, the requirements for pressure consistency are extremely strict in the filling and testing links. Even slight fluctuations may affect measurement accuracy, resulting in risks to product consistency.
The enterprise gradually realized that the problem is not just "old equipment", but that the entire compressed air system can no longer match the current production rhythm.
After multiple rounds of technical comparisons and on-site evaluations, the enterprise finally chose to introduce the AirHorse 37kW permanent magnet variable frequency screw air compressor system (including the integrated solution of air storage + drying + filtration).
Permanent Magnet Variable Frequency Technology: Resolving the Contradiction of "Air Consumption Fluctuations"
In refrigerant manufacturing, air consumption is not constant, but fluctuates significantly with filling, testing, and production beats.
This working condition puts forward two core requirements for the air compression system: it must keep up with peak air consumption and not waste energy during low loads.
Traditional power-frequency air compressors can often only "output fixedly" in such scenarios, resulting in either redundant air supply or insufficient pressure. Long-term operation not only consumes high energy but also easily affects system stability.
The core advantage of the AirHorse 37kW permanent magnet variable frequency screw air compressor is that it can adjust the operating status in real time according to actual air consumption, keeping the equipment running in a more reasonable working range.
Simply put, it changes the air compressor from "always running at full speed" to "output on demand".
The direct result of this change is: more stable pressure, less waste, and a system more adapted to the production rhythm.
High-Efficiency Screw Main Engine: Making Stability a Long-Term Capability
In the refrigerant industry, air compressors are not short-term operating equipment, but infrastructure that requires long-term stable output.
The AirHorse 37kW unit adopts a high-efficiency screw main engine structure. By optimizing the compression path and rotor meshing efficiency, the gas compression process is smoother, thereby reducing energy loss and operating fluctuations.
In actual operation, the air volume output is more continuous, pressure fluctuations are significantly reduced, and the equipment still maintains good stability under long-term operating conditions.
For refrigerant manufacturing enterprises that require continuous production, this "long-term stability capability" is often more important than short-term efficiency.
Intelligent Control System: Blocking Risks "at the System Level"
In refrigerant production, many problems do not occur suddenly, but are gradually accumulated by minor fluctuations.
The AirHorse 37kW system is equipped with an intelligent control platform, which can monitor key parameters such as pressure, temperature, and current load in real time, and provide early warning of abnormal trends.
This means that many potential problems can be detected and handled before affecting production, thereby avoiding the impact of unexpected shutdowns on the entire production line.
For continuous production enterprises, the value of this capability lies in - not reducing maintenance, but reducing "production downtime losses".
Not Only Energy Saving, but Also Improved Stability
After the actual operation of this project, the most obvious change fed back by the enterprise is not only the reduction in energy consumption, but also the significant improvement in the "controllability" of the entire production system.
The pressure consistency in the filling and testing links is more stable, making the production process smoother.
The matching degree between equipment operation rhythm and production line beat is higher, reducing fluctuation interference caused by air supply problems.
From the results, this system not only brings energy-saving effects, but more importantly, transforms the production system from "passively responding to air supply fluctuations" to "actively operating stably".
The refrigerant manufacturing industry is undergoing a significant change: product competition no longer only depends on production capacity, but increasingly relies on stability and consistency.
The compressed air system is precisely one of the key basic systems affecting these two indicators.
Upgrading the compressed air system may not be an "optimization option", but a "must-do action".
The AirHorse 37kW permanent magnet variable frequency screw air compressor system has verified its stability and energy-saving capabilities in multiple refrigerant manufacturing and precision manufacturing projects.
👉 If you want to assess whether there is energy waste or stability risk in your existing air compression system
👉Or want to know if it is suitable for permanent magnet variable frequency upgrade and transformation
Welcome to contact us directly. We can provide you with: on-site assessment of compressed air systems + energy-saving analysis + customized upgrade plan suggestions.
