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Ideal heating: Calculation thermal energy
I implemented a simple room model in matlab (incl. weather data) - output is the roomTemperature. Now i want to calculate the ideal thermal energy which is neede for a constant room temperature. Is it common to calculate it with constant mass flow or constant supply-temperature?
Given: The room-volume, the room temperature
I want to calculate: The power of an idealHeater (each timestep)
$Q = c \times m \times \Delta T$ --> ??
Ideal heating: Calculation thermal energy
I Hey,
i implemented a simple room model in matlab (incl. weather data) - output is the roomTemperature. Now i want to calculate the ideal thermal energy which is neede for a constant room temperature.
Is it common to calculate it with constant mass flow or constant supply-temperature?
Given: The room-volume, the room temperature
temperature I want to calculate: The power of an idealHeater (each timestep)
$Q Q = c \times * m \times \Delta T$ * dT --> ??
Thank you very much
Ideal heating: Calculation thermal energy
Hey, i implemented a simple room model in matlab (incl. weather data) - output is the roomTemperature. Now i want to calculate the ideal thermal energy which is neede for a constant room temperature. Is it common to calculate it with constant mass flow or constant supply-temperature?
Given: The room-volume, the room temperature I want to calculate: The power of an idealHeater (each timestep)
Q = c * m * dT --> ??
Thank you very much