Table 7
Open in new tab

The initial conditions for different cooling channels for systems of TEGs

The modelsNumber of cooling channelWater channel area (m2)Inlet water mass flow rate in each channel (kg/s)Inlet water velocity in each channel (m/s)Inlet water temperature (°C)
Counter-flow system60.001380.0222216.1014492820
Two parallel EHEs120.001380.011118.05072463820
Three parallel EHEs180.001380.0074075.36739130420
Four parallel EHEs240.001380.0055564.02608695720
The modelsNumber of cooling channelWater channel area (m2)Inlet water mass flow rate in each channel (kg/s)Inlet water velocity in each channel (m/s)Inlet water temperature (°C)
Counter-flow system60.001380.0222216.1014492820
Two parallel EHEs120.001380.011118.05072463820
Three parallel EHEs180.001380.0074075.36739130420
Four parallel EHEs240.001380.0055564.02608695720
Table 7
Open in new tab

The initial conditions for different cooling channels for systems of TEGs

The modelsNumber of cooling channelWater channel area (m2)Inlet water mass flow rate in each channel (kg/s)Inlet water velocity in each channel (m/s)Inlet water temperature (°C)
Counter-flow system60.001380.0222216.1014492820
Two parallel EHEs120.001380.011118.05072463820
Three parallel EHEs180.001380.0074075.36739130420
Four parallel EHEs240.001380.0055564.02608695720
The modelsNumber of cooling channelWater channel area (m2)Inlet water mass flow rate in each channel (kg/s)Inlet water velocity in each channel (m/s)Inlet water temperature (°C)
Counter-flow system60.001380.0222216.1014492820
Two parallel EHEs120.001380.011118.05072463820
Three parallel EHEs180.001380.0074075.36739130420
Four parallel EHEs240.001380.0055564.02608695720
Close
This Feature Is Available To Subscribers Only

Sign In or Create an Account

Close

This PDF is available to Subscribers Only

View Article Abstract & Purchase Options

For full access to this pdf, sign in to an existing account, or purchase an annual subscription.

Close