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Cooling Load Calculations and Principles Course No: M06-004 Credit: 6 PDH A. Bhatia Continuing Education and Development, Inc. 9 Grey ridge Farm Court Stony Point, NY 10980 P: (877) 322-5800 F: (877)

How to fill out cooling load calculations and

How to fill out cooling load calculations and:

1. Gather information on the building: Begin by collecting data on the building's dimensions, orientation, construction materials, and insulation. This information will help determine the heat transfer through the building envelope.
2. Assess solar gains: Determine the solar heat gain through windows and external surfaces. Consider factors like shading devices, glazing type, and reflectivity to calculate the solar heat load.
3. Evaluate internal gains: Analyze the heat sources within the building like lighting, equipment, and occupants. Determine the sensible and latent heat loads generated by these sources.
4. Determine ventilation requirements: Calculate the outdoor air requirements based on occupancy and building type. Incorporate this information into the cooling load calculations to assess the impact on overall load.
5. Calculate cooling load: Using the gathered data, apply appropriate cooling load calculation methodologies like the heat balance method or the CLTD/CLF method to determine the cooling load requirements of the building.

Who needs cooling load calculations:

1. Architects and building designers: Cooling load calculations are essential for designing efficient building envelopes and selecting appropriate HVAC systems. Architects rely on these calculations to optimize the building design and minimize energy usage.
2. HVAC engineers and contractors: Cooling load calculations guide HVAC engineers and contractors in sizing and selecting equipment like air conditioning units and chillers. Accurate calculations ensure that the HVAC systems can effectively meet the cooling demands of the building.
3. Energy consultants and auditors: Energy consultants and auditors use cooling load calculations to assess the energy performance of existing buildings. These calculations help identify areas for improvement and recommend energy-saving measures.

In summary, cooling load calculations are necessary to accurately determine the cooling load requirements of a building. Architects, HVAC engineers, and energy consultants are among the professionals who rely on these calculations to design efficient buildings, select appropriate equipment, and evaluate energy performance.

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