Skip links

+91 9946174719
sales@venttup.com

Enquiry
venttup- Evaporative Coolers - for South India
  • Comfortable Indoor Air Quality
  • Reduced Energy use
  • Flexible applications
  • Supporting Sustainability

Indirect Evaporative Cooling

Climate Wizard M-cycle Indirect Evaporative cooling technology uses a hyper-efficient heat exchanger to produce 100% fresh, cool, outside air, with no added moisture.

The fresh cold air produced by M-cycle indirect evaporative coolers can be similar to that produced by refrigerated systems, with temperatures that approach the ambient dew-point temperature, using up to 80% less energy.

No matter how hot it gets outside, M-cycle indirect evaporative coolers use the same amount of power and still deliver 100% fresh, cool air inside. This is in direct contrast to refrigerated systems, which require increasing amounts of power as outside temperatures rise.

M-cycle Indirect evaporative cooling is for ideal in pre-cooling application, stand-alone or supplementary cooling.  They cover an exceptionally large range of flexible configurations in a wide range of industries.

Climate Wizard patent

Climate Wizard is a world first and the innovation revolution of the century in cooling technology, using a new way of cooling to deliver unparalleled cooling levels at a fraction of the cost of refrigerated air conditioning. This proven technology has now been successfully adopted across the world.

Climate Wizard uses a patented heat exchanger to super-cool the air below the outdoor temperature.

Key benefits of Climate Wizard Indirect Evaporative Coolers

Comfortable Indoor Air Quality

Comfortable Indoor Air Quality

Improved IAQ (Indoor Air Quality) with 100% fresh, cool outside air never recirculating stale and recycled air. Temperatures are similar to those produced by refrigerated systems, not adding any moisture to the air.

Reduced Energy use

Reduced Energy use

No high electrical demand charges even in hot weather. Reduce the energy use and improve the cooling performance of existing refrigerated systems (when installed in pre-cooling or supplementary cooling). Total cooling performance increases when air temperature rises.

Flexible applications

Flexible applications

Covers an exceptionally large range of flexible configurations (pre-cooling, stand-alone or supplemetary cooling) in a wide range of applications, from light commercial to big industrial plants.

Supporting Sustainability

Supporting Sustainability

No synthetic refrigerants are used to cool the air, only water used. Climate Wizard used an exclusive WaterManagement system that helps minimising water consumption.

Climate Wizard CW-3

Up to 29 kW cooling capacity

  • COP 17
  • Up to 1,300 L/s (4,680 m³/h) supply air
  • Power requirement 1.75 kW
    1-phase, 220-240 V, 50/60 Hz

Climate Wizard CW-H15S

Up to 29 kW Cooling Capacity

  • COP 16
  • Up to 1,100 L/s (3,960 m³/h) supply air
  • Power requirement 1.8 kW
  • 3-phase, 380-415 V, 50 Hz

Climate Wizard CW-H15S Plus

Up to 40 kW Cooling Capacity

  • COP 19
  • Up to 1,600 L/s (5,760 m3/h) supply air
  • Power requirement 2.1 kW
  • Electrical supply 3-phase, 380-415 V, 50 Hz

Climate Wizard CW-80S

Up to 214 kW cooling capacity

  • COP 15
  • Up to 6,400 L/s (23,040 m³/h) supply air
  • Power requirement 11.8 kW
  • 3-phase, 380-415 V, 50 Hz

Climate Wizard Energy-Saving cooling solutions

Hyper-efficient

Climate Wizard’s cooling performance can rival that of refrigerated systems, using up to 80% less energy.

That’s not only great for reducing power bills; it’s also great for the environment. And, no matter how hot it gets outside, Climate Wizard uses the same amount of power and still delivers 100% fresh, cool air inside.

This is in direct contrast to refrigerated systems, which require increasing amounts of power as outside temperatures rise. Climate Wizard’s cost-saving capabilities actually increase, when the heat is at its highest.

At the same time, Climate Wizard’s performance also increases as temperatures rise – again, in complete contrast to refrigerated systems.

Climate Wizard Air Flows

How it Works

How does Climate Wizard M-cycle indirect evaporative cooling work?

M-cycle indirect evaporative air conditioners use a hyper-efficient patented heat exchanger to produce 100% fresh, cool, outside air, with no added moisture.

The core is an air-to-air heat exchanger consisting of alternating dry and wet channels.

  1. Hot outside air enters the cooler and the fan drives the fresh air through the dry channels.
  2. On exiting, some of the air flows into the building and the remainder is forced back through the wet channels.
  3. Air passing through the wet channels is cooled by water evaporation and cools the channel surface, before being exhausted as warm, moist air.
  4. The temperature of the fresh air passing through the adjacent dry channels is reduced and this cooled air is then transferred into the building without any added moisture.

Reduced greenhouse gas emissions

Evaporative cooling uses water to cool. This helps reduce the production of greenhouse gases, including harmful hydroflourocarbons. We have estimated that in a location like Madrid (Spain) using Climate Wizard you can reduce running costs up to 82%1 and carbon emissions up to 89%2.

Minimal water usage

The technologically advanced water management system continuously checks the quality of the water in your cooler. The system automatically replaces the water when mineral deposits exceed an acceptable level. The optimal result: minimum water use for maximum, fresh cooling power. Furthermore, you can generate your own cooling medium by rain water harvesting and to create a water neutral solution, you can use the waste water for grey, fire or irrigation.

 

Different configurations for Climate Wizard units

Supported by a team of experienced design consultants and engineers, Climate Wizard M-cycle Indirect Evaporative Cooling covers an exceptionally large range of
flexible configurations in a wide range of industries.

Stand alone cooling

The Climate Wizard can be installed in stand alone configuration, when fresh air is needed directly into the space and no other cooling system is previously installed. This way, we directly take advantage of Indoor Air Quality improvement for staff & customers.

Pre-cooling

M-cycle Indirect evaporative cooling can be retro-fitted to existing reverse cycle VRF installations to pre-cool outside air in any workspace or commercial application, providing fresh cool air to reduce the cooling load on an air handling unit already installed. Acting like an ‘efficiency turbo charger’ the savings are immediate.

The key is to hyper-efficiently pre-cool air before it enters the refrigerated air conditioning system. Compressors don’t need to struggle in extreme summer conditions when fed with pre‑cooled air from The Climate Wizard. This significantly reduces the load on the system’s energy-hungry compressors.

Supplementary cooling

You can significantly reduce the load on compressors & extends the compressor’s life, even when installation makes it diffucult to install The Climate Wizard in pre-cooling (or when unit’s physical layout does not allow direct connection with our indirect evaporative cooler).

The Climate Wizard can be installed in a convenient location, in parallel with a chiller for example. The Climate Wizard provides fresh outside air, while the chiller continues cooling the air inside the building, actually pre-cooled by The Climate Wizard.

Climate Wizard Applications

Applications

Factories

Factories are the most common place where you can install evaporative cooling. They are usually big areas where production machines can also produce a significant amount of heat.

Applications

Warehouses

Commercial buildings are very hard to cool with traditional air conditioning, because of their physical size. Warehouses are usually not conditioned at all: this can impact negatively for some stored goods (perishable foods, and pharmaceuticals) and also for the productivity of the staff working there.

Applications

Garages and car workshops

Garages and vehicle testing centres are usually semi-open hot spaces, & the air is full of vehicle exhaust emissions. Again, these open spaces cannot be cooled using conventional air conditioning, but working conditions can be challenging and definitely unhealthy. These areas are easy to cool with evaporative cooling, as they are usually high buildings where simple ducting is required.

Applications

Sport centers: paddle, tennis, climbing gyms

Gyms are needed to be kept cool and ventilated to prevent the buildup of CO2, besides the fact that tennis, basketball and volleyball players would not mind a cool and ventilated space where to play in Summertime and during heat waves.

Applications

Outdoor areas: terraces, tents, outdoor dining areas

Outdoor areas have no walls to contain the cool air: these spaces would be impossible to cool using conventional air conditioning because that type of system relies on recirculating the air of a sealed space. The problem can be solved by using evaporative air coolers like Breezair, which can easily supply a flow of fresh and cool air to those areas, since all the air is naturally exhausted all the time.

Applications

Schools, offices, educational centers

We have supplied evaporative cooling solutions in many educational centers. Children spend a large portion of their day indoor at school: ensuring that schools are ventilated and have good Indoor Air Quality is critical to protecting and supporting the health and wellbeing of students and teachers. All Seeley International evaporative cooling products increase ventilation by acting on the fresh air portion of an AHU or directly supplying outside air into the space.

Applications

Data centers and telecom

Indirect evaporative cooling can be perfect for cooling data centers and telecoms. These applications normally require continuous cooling throughout the day and a significant amount of power. But there is an even for efficient technology now in the planet that can reach lower temperatures than pure indirect evaporative cooling…that is M-cycle Indirect Evaporative cooling! This patent by Seeley International can cool below the wet-bulb temperature of outside air, not adding moisture to the air.

Faq (Climate Wizard)

Climate Wizard indirect evaporative air conditioners use a hyper-efficient counter-flow heat exchanger to produce 100% fresh, cool, outside air, with no added moisture. The fresh cold air produced by Climate Wizard can be similar to that produced by refrigerated systems, with temperatures that approach the ambient dew-point temperature.

  • Indirect heat exchange core
  • Supply air fan and electric motor
  • Supply air pressure damper
  • Tornado® circulation water pump
  • Water reservoir
  • Water management system
  • Automatic drain valve

Product Brochures - Data Sheets