TORO WATT Corp. (TORO Water Air Thermal Technologies Corp.)

TORO Dual Path - Data Center Precision Air Conditioners are designed to deliver predictable and proven performance based on its unique combination of Twin En3 heat exchangers in tandem with an 85% efficiency for removing sensible heat. A DX/CW system provides the necessary mechanical refrigeration for removing residual sensible heat while using TORO's patented process for recovering, recycling and reusing condensate from the evaporative air stream to improve PUE and WUE.

Fresh Air is one of the most expensive processes in the operation of an Air Conditioned building. Rising energy costs, global warming, climate change lead us to look for alternative energy-efficient technologies in HVAC to handle fresh air loads.



TORO Dual Path DOAS addresses these challenges by using Separate Sensible and Latent cooling that is well suited for Hot and Dry and Hot and Humid conditions resulting in Energy Savings in existing and new buildings.

Comfort Conditions are a regulatory requirement for the healthy operation of a work environment. Rising energy demand, excess water usage and high operating costs lead us to look for alternative energy efficient technologies in Comfort Cooling to handle fresh air loads. The Indirect Direct Air Handler is a NON Refrigeration, low energy, water-saving cooling solution for Hot and Dry Climates where relative comfort could avoid the use of air conditioners.

The Dual Path Heat Recovery Unit primary function is Heat recuperation, it is one of the most cost-efficient methods to treat outdoor air for an Air Conditioned building. Rising energy costs, global warming, climate change lead us to look for alternative energy-efficient technologies in HVAC to handle outdoor/fresh air loads with resilient, maintenance-free and zero cross-contamination technologies for the well being of the building's occupants without use of corrosive desiccants.

The SuperCooler compressor-less air conditioner for dry climate zones has been one of TORO's greatest challenges to bring to compact sizing. The dew point Air Conditioner uses <200 Watts / TR of Cooling in 100% Outdoor Air mode and <400 Watts in Push-Pull mode.



The SuperCooler compressor-less air conditioner uses water as a refrigerant and is 0 GWP and ODP. It is ideally suited for energy conservation while providing fresh air that a traditional air conditioner cannot provide.

TORO's air conditioner uses a technique known as separate sensible and latent cooling a technique that is considered an emerging technology by the Department of Energy's Building Technologies Office. In layman terms TORO manages the cooling and humidity control separately where cooling is done with an order of magnitude lesser energy and humidity removal is done with a half-sized compressor. The patent pending condensate recycling and reuse helps to increase energy efficiency.

Environment control in Indoor Farming is one of the most energy intensive and expensive processes after energy used for lighting. Rising energy costs and increased production cost drove us to look for alternative energy efficient HVAC technologies to handle varying sensible and latent heat load loads in Indoor Farming. TORO's AgriPAC solutions use Separate Sensible and Latent cooling and its effectiveness to handle heat and humidity independently ultimately resulting in higher savings.

The IDEC unit is a small, highly energy & water efficient cooler. Based on the ambient conditions, It can be supplied with or without a low-temperature water chilling unit, if at all required.

The IDEC unit consumes only 200 Watts(without chiller) of power and works at 230 V, 50 HZ, AC power supply. However, the unit can also work on a battery and inverter.

It uses approx.5-6Ltrs of water/hour to supply air at temperatures below 20 deg C..No or little water is required in humid climates.