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A method to manufacture an engineered air-conditioning system that satisfies desired air-conditioning specifications, the engineered air-conditioning system including a refrigeration component coupled to at least one of an energy recovery system and an indirect evaporative cooling system, the method

A method to manufacture an engineered air-conditioning system that satisfies desired air-conditioning specifications, the engineered air-conditioning system including a refrigeration component coupled to at least one of an energy recovery system and an indirect evaporative cooling system, the method comprising: pre-determining a plurality of pre-engineered refrigerated air conditioning units as a plurality of standard refrigeration components, each component satisfying a different air conditioning specification; selecting one of the standard refrigeration components that substantially satisfies the desired air conditioning specification; custom designing at least one of the energy recovery system and the indirect evaporative cooling system to satisfy the desired air conditioning specification; and assembling the selected standard refrigeration components with at least one of the custom designed energy recovery system and indirect evaporative cooling system to create the engineered air conditioning system that satisfies the desired air condition specification without having to custom design the refrigerated air conditioning unit.

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What is claimed is: 1. A method to manufacture an engineered air-conditioning system that satisfies desired air-conditioning specifications, the engineered air-conditioning system including a refrigeration component coupled to at least one of an energy recovery system and an indirect evaporative co

What is claimed is: 1. A method to manufacture an engineered air-conditioning system that satisfies desired air-conditioning specifications, the engineered air-conditioning system including a refrigeration component coupled to at least one of an energy recovery system and an indirect evaporative cooling system, the method comprising: pre-determining a plurality of pre-engineered refrigerated air conditioning units as a plurality of standard refrigeration components, each component satisfying a different air conditioning specification; selecting one of the standard refrigeration components that substantially satisfies the desired air conditioning specification; custom designing at least one of the energy recovery system and the indirect evaporative cooling system to satisfy the desired air conditioning specification; manufacturing at least one of the energy recovery system and the indirect evaporative cooling system; and assembling the selected standard refrigeration components with at least one of the manufactured energy recovery system and indirect evaporative cooling system to create the engineered air conditioning system that satisfies the desired air condition specification without having to custom design the refrigerated air conditioning unit. 2. The method of claim 1, wherein the custom designing of the at least one of the energy recovery system and the indirect evaporative cooling system supplements the selected standard refrigeration components. 3. The method of claim 1, wherein the custom designing of the at least one of the energy recovery system and the indirect evaporative cooling system compensates for a difference between capabilities of the selected standard refrigeration components and the desired air-conditioning specifications. 4. A method to manufacture an engineered air-conditioning system that satisfies desired air-conditioning specifications, the engineered air-conditioning system including a refrigeration component coupled to at least one of an energy recovery system, an indirect/direct evaporative cooling system, a direct evaporative cooling system, a condenser system, and a heater system the method comprising: pre-determining a plurality of pre-engineered refrigerated air conditioning units as a plurality of standard refrigeration components, each component satisfying a different air conditioning specification; selecting one of the standard refrigeration components that substantially satisfies the desired air conditioning specification; custom designing a custom system including at least one of the energy recovery system, the indirect/direct evaporative cooling system, the direct evaporative cooling system, the condenser system, and the heater system to satisfy the desired air conditioning specification; manufacturing the custom system; and assembling the selected standard refrigeration components with the custom system to create the engineered air conditioning system that satisfies the desired air condition specification without having to custom design the refrigerated air conditioning unit. 5. The method of claim 4, wherein the custom designing of the custom system supplements the selected standard refrigeration components. 6. The method of claim 4, wherein the custom designing of the system compensates for a difference between capabilities of the selected standard refrigeration components and the desired air-conditioning specifications. 7. A method to manufacture an engineered air-conditioning system that satisfies desired air-conditioning system requirements, the engineered air-conditioning system including a refrigeration component coupled to at least one of an energy recovery system component, an indirect evaporative cooling system component, an indirect/direct evaporative cooling system component, a direct evaporative cooling system component, a condenser system component, and a heater system component the method comprising: establishing one or more pre-engineered specifications that substantially satisfies the desired air-conditioning system requirements; choosing one or more pre-engineered components that substantially satisfies the desired air-conditioning system requirement; determining custom specifications for one or more custom components based on the desired air-conditioning system requirements and the selected pre-engineered components, the one or more custom components including at least one of the refrigeration component, the energy recovery system component, the indirect evaporative cooling system component, the indirect/direct evaporative cooling system, the direct evaporative cooling system component, the condenser system component, and the heater system component; manufacturing the one or more custom components based on the determined custom specifications; and assembling the selected pre-engineered components with the manufactured custom components that satisfies the desired air-conditioning specifications without having to custom design the pre-engineered components. 8. The method of claim 7, wherein the determining the custom specifications supplements the selected pre-engineered components. 9. The method of claim 7, wherein the determining the custom specifications compensates for a difference between capabilities of the selected pre-engineered components and the desired air-conditioning system requirements. 10. The method of claim 7, wherein choosing the one or more pre-engineered components is selecting a pre-engineered refrigerated air-conditioning unit.