Pars Hospital

  • project profile

    Project location:

    Rasht – Iran

    Number of building:

    3 buildings – Block A, B, C

    Systems:

    • HVAC control systems
    • Lighting control systems

    Project value:

    300,000 $

    Project Finished date:

    1396

    Project Status:

    Completed

  • Target

    Energy saving

    HVAC & lighting control

    Achieve to an integrated systems

    Improved building efficiency

    Improved comfort levels

    Decreased maintenance load & costs

    Guaranteed health

  • Project characteristics

    Pars hospital project including three main Bldgs A, B, C, also this hospital containing 120 bed and located in Blvd Gholipour in Rasht city. The hospital has central air conditioning systems and all intelligent building management systems:

    •             HVAC Control Sys.
    •             Lighting Control Sys.

  • Challenges

    Regarding location of project we faced serious challenges such as high percentage of humidity.

    On the other hand because of this project is hospital, we should provide accurate control system to save more energy and make good and comfort and healthy condition for patients and staffs.

    For example we should control direction of air flow in surgery rooms to prevent contamination of infectious.

  • Solutions

    Tac-win company to solve the challenges ahead has provided an Integrated Intelligent Building Management system (BMS) . Systems presented in this section include control of cooling, heating and air conditioning and also control building lighting. Reduce energy consumption with effective and accurate control on these systems commensurate with the presence of individuals and environmental conditions outside the building, control scenarios by experts in the company are written. The scenarios provide comfort environmental conditions, reduced energy consumption and the proportion of energy consumption with the presence of people is considered. In HVAC field, with control mechanical room equipments, including central chillers, boilers, pumps, booster pumps, coils and resources cooling towers and downstream equipment such as AHUs predicted to be at least 40% energy efficient buildings be seeking, also with lighting control predicted to be at least 15% energy efficient. Due to the precise control of the building can be prevented equipment depreciation inapposite; is expected that maintenance costs a considerable amount of saving done.

  • Satisfaction