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E+, How to model a AHU double fan (supply air and return air)
In my project, I have an AHU double fan (for air supply and return air) with a heat exchanger and a cooling coil, connected to a VRF. My purpose is to know the cooling capacity inside the room, something like what follow : http://www.daikin.com.sg/product-series/vrv-ahu/
I would like to model only the AHU and see the impact of the AHU on my cooling capacity, if is it significant or not.
How can I do this easily in Energy plus ? With "HVACTemplate:Zone:PTAC ? It seems to be quite close of what I would like.
Or with "HVAC templates : zone unitary " ? I have seen in the I/O reference, they model AHU with that one.
By chance, there is an example with AHU ?
Thank for your help
E+, How to model a AHU double fan (supply air and return air)
In my project, I have an AHU double fan (for air supply and return air) with a heat exchanger and a cooling coil, connected to a VRF. My purpose is to know the cooling capacity inside the room, something like what follow : http://www.daikin.com.sg/product-series/vrv-ahu/ room.
I would like to model only the AHU and see the impact of the AHU on my cooling capacity, if is it significant or not.
How can I do this easily in Energy plus ? With "HVACTemplate:Zone:PTAC "Zoneventilation : design flow rate" and use "intake" ? It seems to be quite close of what I would like.
Or with "HVAC templates : zone unitary " ? I have seen in the I/O reference, they model AHU with that one.
By chance, there is an example with AHU ?
Thank for your help
E+, How to model a AHU double fan (supply air and return air)
In my project, I have an AHU double fan (for air supply and return air) with a heat exchanger and a cooling coil, connected to a VRF. My purpose is to know the cooling capacity inside the room.
I would like to model only the AHU and see the impact of the AHU on my cooling capacity, if is it significant or not.
How can I do this easily in Energy plus ? With "Zoneventilation : design flow rate" and use "intake" ?
Or with "HVAC templates : zone unitary " ? I have seen in the I/O reference, they model AHU with that one. one
By chance, there is an example with AHU ?
Thank for your help
E+, How to model a AHU double fan (supply air and return air)
In my project, I have an AHU double fan (for air supply and return air) with a heat exchanger and a cooling coil, connected to a VRF. My purpose is to know the cooling capacity inside the room.
I would like to model only the AHU and see the impact of the AHU on my cooling capacity, if is it significant or not.
How can I do this easily in Energy plus ? With "Zoneventilation : design flow rate" and use "intake" ? Or with "HVAC templates : zone unitary "
? I have seen in the I/O reference, they model AHU with that one
?
By chance, there is an example with AHU ?
Thank for your help
E+, How to model a AHU double fan (supply air and return air)
In my project, I have an AHU double fan (for air supply and return air) with a heat exchanger and with a cooling coil, connected to a VRF. VRV. My purpose is to know the cooling capacity inside the room.
I would like to model only the AHU and see the impact of the AHU on my cooling capacity, if is it significant or not. My setpoint is 24C and I have 20 m3/h/pers.
If I am not wrong, Basically, my AHU blows air in the room at 24 C, quite same than the inside temperature, because its connected to the VRV and has a heat exchanger.
How can I do this easily in Energy plus ? With "Zoneventilation : design flow rate" and use "intake" ? Or with "HVAC templates : zone unitary " ? By chance, there is an example with AHU ?
Thank for your help
E+, How to model a AHU double fan (supply air and return air)fan
In my project, I have an AHU double fan (for air supply and return air) with a heat exchanger with a cooling coil, exchanger, connected to a VRV. My purpose is to know the cooling capacity inside the room.
I would like to model only the AHU and see the impact of the AHU on my cooling capacity, if is it significant or not. My setpoint is 24C and I have 20 m3/h/pers.
If So, if I am not wrong, Basically, my AHU blows air in the room at 24 C, quite same than the inside temperature, because its connected to the VRV and has a heat exchanger. VRV.
How can I do this easily in Energy plus ? With "Zoneventilation : design flow rate" and use "intake" ? Or with "HVAC templates : zone unitary " ? By chance, there is an example with AHU ?
Thank for your help
E+, How to model a AHU double fan
In my project, I have an AHU double fan (for air supply and return air) with a heat exchanger, connected to a VRV. My purpose is to know the cooling capacity inside the room.
I would like to model only the AHU and see the impact of the AHU on my cooling capacity, if is it significant or not. My setpoint is 24C and I have 20 m3/h/pers.
So, if I am not wrong, Basically, my AHU blows air in the room at 24 C, same than the inside temperature, because its connected to the VRV.
How can I do this easily in Energy plus ? With "Zoneventilation : design flow rate" and use "intake" ? Or with "HVAC templates : zone unitary " ? By chance, there is an example with AHU ?
Thank for your help
E+, How to model a AHU double fan
In my project, I have an AHU double fan (for air supply and return air) with a heat exchanger, air), connected to a VRV. My purpose is to know the cooling capacity inside the room.
I would like to model only the AHU and see the impact of the AHU on my cooling capacity, if is it significant or not. My setpoint is 24C and I have 20 m3/h/pers.
So, if I am not wrong, Basically, my AHU blows air in the room at 24 C, same than the inside temperature, because its connected to the VRV.
How can I do this easily in Energy plus ? With "Zoneventilation : design flow rate" and use "intake" ? Or with "HVAC templates : zone unitary " ? By chance, there is an example with AHU ?
Thank for your help
E+, How to model a AHU double fan
In my project, I have an AHU double fan (for air supply and return air), connected to a VRV. My purpose is to know the cooling capacity inside the room.
I would like to model only the AHU and see the impact of the AHU on my cooling capacity, if is it significant or not. My setpoint is 24C and I have 20 m3/h/pers.
So, if I am not wrong, Basically, my AHU blows air in the room at 24 C, same than the inside temperature, because its connected to the VRV.
How can I do this easily in Energy plus ? With "Zoneventilation : design flow rate" and use "intake" ? Or with "HVAC templates : zone unitary " ? By chance, there is an example with AHU ?
Thank for your help
E+, How to model a AHU double fan
In my project, I have an AHU double fan (for air supply and return air), connected to a VRV. My purpose is to know the cooling capacity inside the room.
I would like to model only the AHU and see the impact of the AHU on my cooling capacity, if is it significant or not. My setpoint is 24C and I have 20 m3/h/pers.
So, if I am not wrong, Basically, my AHU blows air in the room at 24 C, same than the inside temperature, because its connected to the VRV.
How can I do this easily in Energy plus ? With "Zoneventilation : design flow rate" and use "intake" ? Or with "HVAC templates : zone unitary " ?
By chance, Or there is an example with AHU ?
Thank for your help
E+, How to model a AHU double fan
In my project, I have an AHU double fan (for air supply and return air), connected to a VRV. My purpose is to know the cooling capacity inside the room.
I would like to model only the AHU and see the impact of the AHU on my cooling capacity, if is it significant or not. My setpoint is 24C and I have 20 m3/h/pers.
So, if I am not wrong, Basically, my AHU blows air in the room at 24 C, same than the inside temperature, because its connected to the VRV.
How can I do this easily in Energy plus ? With "Zoneventilation : design flow rate" and use "intake" ? Or with "HVAC templates : zone unitary " ? Or there is an example with AHU ?
Thank for your help
E+, How to model a AHU double fan
In my project, I have an AHU double fan (for air supply and return air), connected to a VRV. My purpose is to know the cooling capacity inside the room.
I would like to model only the AHU and see the impact of the AHU on my cooling capacity, if is it significant or not. My setpoint is 24C and I have 20 m3/h/pers.
So, if I am not wrong, Basically, my AHU blows air in the room at 24 C, same than the inside temperature, because its connected to the VRV.
How can I do this easily in Energy plus ? With "Zoneventilation : design flow rate" and use "intake" ? Or with "HVAC templates : zone unitary " ? Or there is an example with AHU ?
Thank for your help
E+, How to model a AHU double fan
In my project, I have an AHU double fan (for air supply and return air), connected to a VRV. My purpose is to know the cooling capacity inside the room.
I would like to model only the AHU and see the impact of the AHU on my cooling capacity, if is it significant or not. My setpoint is 24C and I have 20 m3/h/pers.
So, if I am not wrong, Basically, my AHU blows air in the room at 24 C, same than the inside temperature, because its connected to the VRV.
How can I do this easily in Energy plus ? With "Zoneventilation : design flow rate" and use "intake" ? Or with "HVAC templates : zone unitary " ?
Or there is an example with AHU ?
Thank for your help
E+, How to model a AHU double fan
In my project, I have an AHU double fan (for air supply and return air), connected to a VRV. My purpose is to know the cooling capacity inside the room.
I would like to model only the AHU and see the impact of the AHU on my cooling capacity, if is it significant or not. My setpoint is 24C and I have 20 m3/h/pers. m3/h/pers.
So, if I am not wrong, Basically, my AHU blows air in the room at 24
C, same than the inside temperature, C because its connected to the VRV.
How can I do this easily in Energy plus ? With "Zoneventilation : design flow rate" and use "intake" ? Or with "HVAC templates : zone unitary " ?
Thank for your help
E+, How to model a AHU double fan
In my project, I have an AHU double fan (for air supply and return air), connected to a VRV. My purpose is to know the cooling capacity inside the room.
Thank for your help