초록 ▼

Methods of preventing overheating of computer equipment in a cabinet when a supply coolant to a cooler in the cabinet fails. An example embodiment is a data center that includes a plurality of cabinets and at least two main coolant supply lines. The cabinets are configured to house computer equipmen

Methods of preventing overheating of computer equipment in a cabinet when a supply coolant to a cooler in the cabinet fails. An example embodiment is a data center that includes a plurality of cabinets and at least two main coolant supply lines. The cabinets are configured to house computer equipment and the main coolant supply lines provide coolant to the plurality of cabinets. Moreover, each cabinet includes a cooler and each of these coolers includes at least two radiators which receive coolant from different main coolant supply lines.

대표청구항 ▼

1. A method for preventing the overheating of computer equipment in a cabinet, the cabinet including at least two radiators for cooling exhaust air, the method comprising: coupling a first radiator in the cabinet to a first main coolant supply line and a second radiator in the cabinet to a second ma

1. A method for preventing the overheating of computer equipment in a cabinet, the cabinet including at least two radiators for cooling exhaust air, the method comprising: coupling a first radiator in the cabinet to a first main coolant supply line and a second radiator in the cabinet to a second main coolant supply line, each of the first main coolant supply line and the second main coolant supply line supplying coolant to a plurality of cabinets;comparing a first temperature difference between a first front temperature sensor positioned at a front side of the first radiator and a first back temperature sensor positioned at a back side of the first radiator; andcomparing a second temperature difference between a second front temperature sensor positioned at a front side of the second radiator and a second back temperature sensor positioned at a back side of the second radiator;detecting a leak in one of the first main coolant supply line or second main coolant supply line by detecting one of the first temperature difference or the second temperature difference is below a threshold value;activating the first louvers to block airflow through the first radiator while the second set of louvers remains open to allow exhaust air to flow through the second radiator and computer equipment if the detected leak is in the first main coolant supply line; andactivating the second louvers to block airflow through the second radiator while the first set of louvers remain open to allow exhaust air to flow through the first radiator and computer equipment if the detected leak is in the second main cooling line. 2. The method of claim 1, wherein each of the first main coolant supply line and the second main coolant supply line is coupled to a different coolant pump. 3. A method for preventing the overheating of computer equipment in a cabinet, the cabinet including a first radiator and a second radiator for cooling exhaust air, the method comprising: coupling the first radiator in the cabinet to a first main coolant supply line, the first main coolant supply line supplying coolant to a plurality of cabinets; andcoupling the second radiator in the cabinet to a second main coolant supply line, the second main coolant supply line supplying coolant to the plurality of cabinets;comparing a first temperature difference between a first front temperature sensor positioned at a front side of the first radiator and a first back temperature sensor positioned at a back side of the first radiator; andcomparing a second temperature difference between a second front temperature sensor positioned at a front side of the second radiator and a second back temperature sensor positioned at a back side of the second radiator;detecting a leak in one of the first main coolant supply line or second main coolant supply line by detecting one of the first temperature difference or the second temperature difference is below a threshold value;activating the first louvers to block airflow through the first radiator while the second set of louvers remains open to allow exhaust air to flow through the second radiator and computer equipment if the detected leak is in the first main coolant supply line; andactivating the second louvers to block airflow through the second radiator while the first set of louvers remain open to allow exhaust air to flow through the first radiator and computer equipment if the detected leak is in the second main cooling line. 4. The method of claim 3, wherein the first main coolant supply line is coupled to a first coolant pump and the second main coolant supply line is coupled to a second coolant pump. 5. The method of claim 3, further comprising: wherein activating the first louvers includes swiveling the first louvers to a closed position; andwherein activating the second louvers includes swiveling the second louvers to the closed position. 6. The method of claim 1, further comprising: wherein activating the first louvers includes swiveling the first louvers to a closed position; andwherein activating the second louvers includes swiveling the second louvers to the closed position. 7. A method for preventing the overheating of computer equipment in a cabinet, the cabinet including at least two radiators for cooling exhaust air, the method comprising: coupling a first radiator in the cabinet to a first main coolant supply line and a second radiator in the cabinet to a second main coolant supply line each radiator in the cabinet to a different main coolant supply line, each of the first main coolant supply line and the second said main coolant supply line supplying coolant to a plurality of cabinets;detecting a leak in one of the first main coolant supply line or second main coolant supply line;activating the first louvers to block airflow through the first radiator while the second set of louvers remains open to allow exhaust air to flow through the second radiator and computer equipment if the detected leak is in the first main coolant supply line; andactivating the second louvers to block airflow through the second radiator while the first set of louvers remain open to allow exhaust air to flow through the first radiator and computer equipment if the detected leak is in the second main cooling line. 8. The method of claim 7, further comprising: wherein detecting if there is the first coolant leak in the first main coolant supply line includes comparing a first temperature difference between a first front temperature sensor positioned at a front side of the first radiator and a first back temperature sensor positioned at a back side of the first radiator; andwherein detecting if there is a second coolant leak in the second main coolant supply line includes comparing a second temperature difference between a second front temperature sensor positioned at a front side of the second radiator and a second back temperature sensor positioned at a back side of the second radiator. 9. The method of claim 7, further comprising: wherein detecting if there is the first coolant leak in the first main coolant supply line includes using a first pressure sensor at the first main coolant supply line; andwherein detecting if there is a second coolant leak in the second main coolant supply line includes using a second pressure sensor at the second main coolant supply line. 10. The method of claim 7, wherein the first main coolant supply line is coupled to a first coolant pump and the second main coolant supply line is coupled to a second coolant pump. 11. The method of claim 7, further comprising: wherein activating the first louvers includes swiveling the first louvers to a closed position; andwherein activating the second louvers includes swiveling the second louvers to the closed position. 12. The method of claim 7, wherein the first louvers are positioned proximate the first radiator and the second louvers are positioned proximate the second radiator.