초록

A livestock building design includes fans configured to provide an interior of the livestock building with a dissipation capacity of between 50 and 250.

대표청구항 ▼

1. A method comprising: determining a kinetic energy density of turbulent airflow within a livestock building, the kinetic energy based on a density of air within the livestock building and a volume of an interior of the livestock building;providing supply fans in the livestock building that are con

1. A method comprising: determining a kinetic energy density of turbulent airflow within a livestock building, the kinetic energy based on a density of air within the livestock building and a volume of an interior of the livestock building;providing supply fans in the livestock building that are configured to blow air into the interior of the livestock building;supplying mixing fans in the livestock building; andoperating each of a determined number of the supply fans and the mixing fans at a determined operational setting, comprising velocity and power, so as to provide the interior of the livestock building with a dissipation capacity based on the determined kinetic energy density of turbulent airflow within the livestock building, the dissipation capacity based upon density of air to be discharged through the supply fans and the mixing fans, a flow rate of air through each of the supply fans and the mixing fans and a diameter of each of the supply fans and the mixing fans. 2. The method of claim 1, wherein the determined number of the supply fans and the mixing fans and the operational setting of each of the supply fans and mixing fans is operated so as to provide the interior of the building with a first dissipation capacity when an average air temperature in the livestock building is greater than in air temperature outside the livestock building and is operated so as to provide the interior of the building with a second dissipation capacity greater than the first dissipation capacity when the average air temperature inside the livestock building is less than air temperature outside the livestock building. 3. The method of claim 1, wherein the fans have an inlet side directly exposed to an exterior of the livestock building and a discharge side directly exposed to the interior of the livestock building. 4. A method comprising: determining a kinetic energy density of turbulent airflow within a livestock building, the kinetic energy based on a density of air within the livestock building and a volume of an interior of the livestock building;providing discharge fans in the livestock building that are configured to blow air out of the livestock building;providing mixing fans in the livestock building; andoperating each of a determined number of the discharge fans and the mixing fans at a determined operational setting, comprising velocity and power, so as to provide the interior of the livestock building with a dissipation capacity based on the determined kinetic energy density of turbulent airflow within the livestock building, the dissipation capacity based upon density of air to be discharged through the discharge fans and the mixing fans, a flow rate of air through each of the discharge fans and the mixing fans and a diameter of each of the discharge fans and the mixing fans. 5. An apparatus comprising: a livestock building having an interior with a kinetic energy density of turbulent airflow based on a density of air within the livestock building and a volume of the interior of the livestock building;supply fans configured to blow air into the interior of the livestock building;mixing fans to mix air within the livestock building, wherein a number of the supply fans and a number of the mixing fans operate at velocities and powers so as to provide the interior of the livestock building with a dissipation capacity based on a determined kinetic energy density of turbulent airflow within the livestock building, the dissipation capacity based upon density of air to be discharged through the supply fans and the mixing fans, a flow rate of air through each of the supply fans and the mixing fans and a diameter of each of the supply fans and the mixing fans. 6. The apparatus of claim 5, wherein the number of the supply fans and the number of the mixing fans are operated so as to provide the interior of the livestock building with a first dissipation capacity when an average air temperature in the livestock building is greater than in air temperature outside the livestock building and are operated so as to provide the interior of the building with a second dissipation capacity greater than the first dissipation capacity when the average air temperature inside the livestock building is less than air temperature outside the livestock building. 7. The apparatus of claim 5, wherein the fans have an inlet side directly exposed to an exterior of the livestock building and a discharge side directly exposed to the interior of the livestock building.