Abul Kalam Azad

2,341 followers Head of Factory Operations || Ex-Aventis Pharma || Ex-Heidelberg Cement Bangladesh || Ex-Nuvista Pharma || Ex-HealthCare Pharmaceuticals ltd || ChatGPT Cooling load calculation: The cooling load can be calculated using the formula: Q = (V * Δt * 1.1 * KWh/m³) + (G * 3.41 * KW) + (L * 3.41 * KW) where: Q = cooling load in KW V = room volume in cubic feet Δt = temperature difference between inside and outside (°C) G = heat generated by people (W) L = heat generated by lighting (W) The room volume in m³ is: V (m³) = 57248 cft * 0.0283168 m³/cft = 1619.66 m³ The temperature difference is: Δt = 40°C - 22°C = 18°C The total heat generated by people and lighting is: G + L = 6750 W + 16000 W = 22650 W So the cooling load is: Q = (1619.66 m³ * 18°C * 1.1 * 3.41 KW/m³) + (22650 W * 3.41 KW/W) Q = (1619.66 * 18 * 1.1 * 3.41) + (22650 * 3.41) Q = 11318.86 + 77142.5 Q = 88461.36 W The cooling load in TR is approximately 88.46 KW.

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