Chilled Water Storage System Design

Description of chilled water system.

Chilled water storage system design.

Designing chilled water systems typically used for cooling and dehumidifying a building s air chilled water chw systems circulate it throughout a building or campus complex. Chw systems also may be used for removing process or other heating loads. The university of north carolina at chapel hill owns maintains and operates a district cooling system comprised of 4 production plants and a thermal energy storage system distribution system consisting of over 26 miles of underground piping and building bridge systems consisting of over 150 bridges controlling chilled water in over 140 buildings or locations. Select chilled water temperatures flow rate and primary pipe sizes.

Select condenser water distribution. Coil control 3 way valves 2 way valves face and bypass dampers chiller plant design concepts parallel series and primary secondary or decoupled combined energy hybrid plants. Select condenser water tempera tures flow rate and primary pipe sizes. Components of a chilled water system.

Temperature and make cooling tower. Successful chw tes design strategies basis of design chilled water is normally stored at 39 f to 42 f in the storage tanks since this temperature range is directly compatible with conventional chillers. Select cooling tower type speed control option efficiency approach. The return temperature is between 58 f to 60 f.

Volume gallons 5 875d 2h.