Chilled Water Comfort Cooling Systems
TAS designs, manufactures, installs / commissions and services modular chilled water plants. Standard product designs range from 200 to 8000 tons for individual units. TAS' highly engineered chilled water plants are designed to facilitate ease of installation and maintenance. TAS takes a holistic systems approach to standard product design. We engineer our chilled water systems for optimized efficiency performance and since we are a single source provider from design to commissioning, we guarantee efficiency performance at system commissioning.
Product scope includes all components normally found in a chilled water plant. Key components include chillers, chilled water pumps, condenser water pumps, MCCs, digital controls, full enclosure, cooling tower and cooling tower support structure. TAS manufactures its chilled water systems in an ISO 9001:2000 quality process factory environment. Given our ability to control all facets of product manufacture and mitigate project schedule risk, such as weather delays and skilled labor shortages, TAS is able to guarantee delivery schedule with LDs (liquidated damages) for non-performance.
In developing standard chilled water product designs, TAS has been able to mitigate construction project cost and risk. We have invested thousands of engineering hours in optimizing system performance and serviceability for facility and operations managers. Our system's high efficiency operating performance reduces both energy consumption and cost, which delivers the highest financial value for both owners and facility energy managers.
Our modular chilled water plants feature a small footprint and can be installed as a single unit or in a string. Our designs allow for customization of chilling capacity and additional system redundancy for mission critical facilities. We design our plants for optimized kW/ton performance inclusive of the chiller, pumps and tower. Our design philosophy is to work the chiller harder which allows for smaller pumps, drives and tower, resulting in increased system efficiency and lower "total plant" capital investment cost.