For design condition of 32 C and 55% RH outside in the summer, how much electricity...

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For design condition of 32 C and 55% RH outside in the summer, how much electricity does your air conditioner pull at this condition if it has a COP of 2.1 at this condition? In this case, assume two people are home adding 120W each and an additional 2.4 kW of internal loads. 90 W/ft of solar radiation is hitting the roof at noon when the sun is directly overhead (the design condition). Don't forget about latent loads. How does each of these change with a 70% effective energy recovery ventilator (simple plate heat exchanger)? a. Winter sensible load at design conditions b. Summer sensible load at design conditions c. Summer latent load at design conditions For design condition of 32 C and 55% RH outside in the summer, how much electricity does your air conditioner pull at this condition if it has a COP of 2.1 at this condition? In this case, assume two people are home adding 120W each and an additional 2.4 kW of internal loads. 90 W/ft of solar radiation is hitting the roof at noon when the sun is directly overhead (the design condition). Don't forget about latent loads. How does each of these change with a 70% effective energy recovery ventilator (simple plate heat exchanger)? a. Winter sensible load at design conditions b. Summer sensible load at design conditions c. Summer latent load at design conditions

Answer rating: 100% (QA)

Solution To calculate the electricity consumption of the air conditioner we need to consider the sensible load latent load and internal loads Given in... View the full answer