Comfort Air Conditioning Solutions
Comfort Air Conditioning Solutions is a common HVAC (Heating, Ventilation, and Air Conditioning) approach used in large commercial, institutional, and industrial buildings to provide cooling and maintain comfortable indoor temperatures. A central chiller plant typically consists of multiple chillers that generate chilled water, which is then distributed to various spaces within the building for cooling purposes
We are Services / Solutions Provider of Comfort Air Conditioning Solutions / Systems, Single Stage Evaporative Cooling Services, Two Stage Evaporative Cooling Systems, Central Chiller Plants, Comfort Cooling Systems, Comfort HVAC Solutions and our setup is in Pune, Maharashtra, India
A Single stage evaporative factory cooling Services is the simplest and the most widely used evaporative cooling system. This uses the heat energy to change water into vapour. Single Stage Evaporative Cooling is an economical alternative for air conditioning needs in certain conditions. Weather Controlling Solution India Pvt Ltd will help you in guiding which system will work best for your industrial or commercial use. To know more contact us for a factory energy audit.
Working Principle, Advantages, Disadvnatages, Application & Room Condition
Central Exhaust
Spot Cooling and Side Exhaust
Hot and Cold Zone Concept
Ductless with HVLS
Positive Air Systems
Fabric Ductless Concept
Dedicated Header Systems
Opposed-common-header Systems
Periphery Header & Central Exhaust
Central Intake and Perephery Header Exhaust
Central Intake and Side Wall Propeller Exhaust
Uniform Distribution and Down Riser Exhaust
Down Riser Fresh Air and Roof Exhaust
A two-stage evaporative cooling system is also called as indirect cooling system which uses the latest evaporative cooling system technology. This system is more energy efficient than air conditioning systems. Two-stage evaporative refers to the stages of cooling that happens in the process. In the first stage the air passes through a heat exchanger where the air is cooled, during this initial phase the air does not pick up any moisture. In the second stage, the same air passes through a dampened pad where the additional cooling takes place and the air picks up some additional humidity.
Working Principle, Advantages, Disadvnatages, Application & Room Condition
Cross Ventilation
Central Exhaust
Spot Cooling and Side Exhaust
Hot and Cold Zone Concept
Ductless with HVLS
Positive Air Systems
Fabric Ductless Concept
Dedicated Header Systems
Opposed-common-header Systems
Periphery Header & Central Exhaust
Central Intake and Perephery Header Exhaust
Central Intake and Side Wall Propeller Exhaust
Uniform Distribution and Down Riser Exhaust
Down Riser Fresh Air and Roof Exhaust
Indirect evaporative cooling with a cooling coil, also known as a "hybrid cooling system," is a specialized HVAC (Heating, Ventilation, and Air Conditioning) approach that combines the benefits of indirect evaporative cooling and traditional cooling coils (often referred to as chilled water coils or DX coils). This hybrid system aims to achieve efficient cooling while maintaining control over humidity levels, making it suitable for a wide range of climates and conditions.
Working Principle, Advantages, Disadvnatages, Application & Room Condition
Cross Ventilation
Central Exhaust
Spot Cooling and Side Exhaust
Hot and Cold Zone Concept
Ductless with HVLS
Positive Air Systems
Fabric Ductless Concept
Dedicated Header Systems
Opposed-common-header Systems
Periphery Header & Central Exhaust
Central Intake and Perephery Header Exhaust
Central Intake and Side Wall Propeller Exhaust
Uniform Distribution and Down Riser Exhaust
Down Riser Fresh Air and Roof Exhaust
Comfort space cooling using a central chiller plant is a common HVAC (Heating, Ventilation, and Air Conditioning) approach used in large commercial, institutional, and industrial buildings to provide cooling and maintain comfortable indoor temperatures. A central chiller plant typically consists of multiple chillers that generate chilled water, which is then distributed to various spaces within the building for cooling purposes.
Working Principle, Advantages, Disadvnatages, Application & Room Condition
Water Cooled with 100% Fresh Air AHU with Heat Recovery
Water Cooled with AHU and Down Risers
Water Cooled with Condesation Based Dehumidfication
Water Cooled with Absorption Based Dehumidfication
Water Cooled with Multi Indoors
Air Cooled with 100% Fresh Air AHU with Heat Recovery
Air Cooled with and Down Risers
Air Cooled with Condesation Based Dehumidfication
Air Cooled with Absorption Based Dehumidfication
Comfort cooling using a direct expansion (DX) system with an air handling unit (AHU) is a common HVAC (Heating, Ventilation, and Air Conditioning) approach used to cool indoor spaces and maintain comfortable temperatures. This system utilizes a direct expansion refrigeration cycle combined with an AHU to distribute the cooled air.
Working Principle, Advantages, Disadvnatages, Application & Room Condition
AHU with Fixed Speed Compressors
AHU with Variable Speed Compressors
Variable Refrigerant Flow System
A Clean room is a place where the environment is controlled for production and manufacturing of goods. Here the airborne particles are controlled to a particular limit. Eradicating the sub-microns airborne contamination produced by people, process, facilities and equipments through a process control. The levels at which it has to be removed depends upon the standards set by the authorities.
Comfort space cooling using a central chiller plant is a common HVAC (Heating, Ventilation, and Air Conditioning) approach used in large commercial, institutional, and industrial buildings to provide cooling and maintain comfortable indoor temperatures. A central chiller plant typically consists of multiple chillers that generate chilled water...
Comfort cooling using a direct expansion (DX) system with an air handling unit (AHU) is a common HVAC (Heating, Ventilation, and Air Conditioning) approach used to cool indoor spaces and maintain comfortable temperatures. This system utilizes a direct expansion refrigeration cycle combined with an AHU to distribute the cooled air. The DX system includes a refrigeration cycle that uses a refrigerant to absorb heat from...
A Single stage evaporative factory cooling Services is the simplest and the most widely used evaporative cooling system. This uses the heat energy to change water into vapour. Single Stage Evaporative Cooling is an economical alternative for air conditioning needs in certain conditions. Weather Controlling Solution India Pvt Ltd will help you in guiding which system will work best for your industrial or commercial use. To know more contact us for a factory energy audit...
A two-stage evaporative cooling system is also called as indirect cooling system which uses the latest evaporative cooling system technology. This system is more energy efficient than air conditioning systems. Two-stage evaporative refers to the stages of cooling that happens in the process. In the first stage the air passes through a heat exchanger where the air is cooled, during this initial phase the air does not pick up any moisture. In the second stage, the same air passes through a dampened pad where...
Indirect evaporative cooling with a cooling coil, also known as a "hybrid cooling system," is a specialized HVAC (Heating, Ventilation, and Air Conditioning) approach that combines the benefits of indirect evaporative cooling and traditional cooling coils (often referred to as chilled water coils or DX coils). This hybrid system aims to achieve efficient cooling while maintaining control over humidity levels, making it suitable for a wide range of climates and conditions.