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DC202411077358

Parameters considered to calculate the Data Hall Transient, ACU response time and simulation time basically take into account which factors?

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  • Gaurav
    0

    In regards to calculating the Data Hall Transient, ACU response time, and simulation time, several key factors are taken into consideration. These include:

    1. Heat load, which directly affects the overall thermal performance of the system.
    2. ACU supply and return temperatures, which influence the cooling capacity and efficiency.
    3. The volume of the room, which impacts airflow and heat distribution.
    4. Thermal inertia of components such as IT equipment and the ACU itself, which can affect the system's response to temperature changes.
    5. ACU control parameters, including temperature setpoints and dead bands, which dictate the system's temperature control strategy.
    6. Simulation time and time step size, which determine the precision and duration of our simulations.
    7. Air flow requirements, which are critical for maintaining a stable and efficient cooling environment.

    Please note that these factors may not be exhaustive, and we may need to adjust parameters such as the gain scaling factor value based on our simulations. If you have any further questions or concerns, please don't hesitate to let out know.

Reply
  • Gaurav
    0

    In regards to calculating the Data Hall Transient, ACU response time, and simulation time, several key factors are taken into consideration. These include:

    1. Heat load, which directly affects the overall thermal performance of the system.
    2. ACU supply and return temperatures, which influence the cooling capacity and efficiency.
    3. The volume of the room, which impacts airflow and heat distribution.
    4. Thermal inertia of components such as IT equipment and the ACU itself, which can affect the system's response to temperature changes.
    5. ACU control parameters, including temperature setpoints and dead bands, which dictate the system's temperature control strategy.
    6. Simulation time and time step size, which determine the precision and duration of our simulations.
    7. Air flow requirements, which are critical for maintaining a stable and efficient cooling environment.

    Please note that these factors may not be exhaustive, and we may need to adjust parameters such as the gain scaling factor value based on our simulations. If you have any further questions or concerns, please don't hesitate to let out know.

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