A data processing device includes an internal volume for housing devices. The devices may be, for example, electromagnetic interference emitting devices such as cellular telephones. The data processing devices also includes a suppressor adapted to provide thermal management services to a device of the devices. Providing thermal management services to the device may include isolating the device from the devices in response to the device entering a thermally compromised state.

According to one embodiment, an edge cooling system with an IT container having an edge device partially submerged within a liquid coolant. The device generates heat that is transferred into liquid coolant thereby causing the liquid coolant to vaporize into vapor. The system includes a condenser that condenses vapor into liquid coolant, a vapor buffer configured to buffer and provide vapor to the condenser, a liquid accumulator configured to accumulate condensed liquid coolant and provide liquid coolant to the IT container, a main liquid supply line that couples the condenser and IT container to the liquid accumulator, and a main vapor return line that couples the condenser and IT container to the vapor buffer to create a heat exchanging loop. The system design includes the liquid accumulator and vapor buffer, and functions multiple cooling modes including a supplemental cooling. Each of the components are fully enclosed within an edge container.

A cryptocurrency mining system and a cryptocurrency mining method are provided. The system includes a plurality of mining modules. Each mining module includes: a plurality of AntBoxes, each AntBox being a computational unit that houses a plurality of miners for cryptocurrency farming; a transformer configured to convert an input voltage to a working voltage to supply electric power to the plurality of AntBoxes; and a switchgear and a plurality of panelboards configured to connect the AntBoxes with the transformer. The plurality of mining modules has substantially same structure arrangement. The structure arrangement includes: configurations of the AntBoxes, the transformer, the switchgear, and the panelboards, and relative locations among the AntBoxes, the transformer, the switchgear, and the panelboards.

A cryptocurrency mining method and a cryptocurrency mining controller device are provided. The method includes: obtaining electricity price information and cryptocurrency price information; determining operation control parameters of the cryptocurrency mining system according to the electricity price information and the cryptocurrency price information; and controlling an operation of a target group of cryptocurrency miners according to the operation control parameters. The operation includes switching between operation states, and the operation states includes at least a running state and an off state.

An uninterruptible power supply (UPS) system includes an enclosure and a plurality of power converter modules positioned in the enclosure, each power conversion module including a power converter circuit, a module controller circuit configured to control the power converter circuit and at least one module fan controlled by the module controller circuit. The system further includes a system controller positioned in the enclosure and configured to communicate with the module controller circuits over a communications bus and at least one exhaust fan configured to exhaust air from the enclosure and controlled by the system controller. The system controller is configured to control the at least one exhaust fan responsive to information, such as temperature and/or load information, received from the module controller circuits.

An induction heating device includes a case having a lower plate that defines an inlet and an exhaust slit; a cover plate coupled to the case; a working coil disposed inside the case; an indicator substrate support coupled to the lower plate and disposed below the working coil; an inverter substrate disposed on a lower surface of the indicator substrate support and including an inverter and a first heat sink configured to dissipate heat generated from the inverter; and a first blowing fan disposed at the lower plate and configured to draw air from an outside of the case through the inlet and discharge the air to the inverter substrate. The exhaust slit is configured to discharge, to an area below the lower plate, at least a portion of air discharged from the first blowing fan to the inverter substrate.

A system for monitoring phase separation is disclosed. The system includes a temperature control housing having an inlet and an outlet connection for a circulator; a bottle holder positioned inside the housing, the bottle holder having a body with a plurality of recesses for receiving test bottles, each recess having a back surface, a front opening, and a first light scanning component mounted on the back surface of the recess; a sleeve having a plurality of second light scanning components mounted thereon, the sleeve being disposed between the housing and the bottle holder, and each second light scanning component being aligned with one of the first light scanning components; and a lid latched onto the housing to hold the test bottles in place during testing.

A data processing device includes an internal volume for housing devices. The devices may be, for example, electromagnetic interference emitting devices such as cellular telephones. The data processing devices also includes a suppressor adapted to provide thermal management services to a device of the devices. Providing thermal management services to the device may include isolating the device from the devices in response to the device entering a thermally compromised state.

An apparatus for dynamic thermal control is provided. The apparatus includes a fan module with multiple fan units, a deflection member configured to direct airflow received from the fan module, and a system component. The apparatus also includes a chassis management controller (CMC). The CMC is coupled to the fan module, deflection member, and the system component. The CMC is configured to dynamically control the deflection member to direct airflow from the fan module to the system component by accounting for at least one environmental element within the apparatus.

Method and system for providing cooling to an electronics enclosure that includes redundant cooling in the event of a failure of a cooling fan. The system includes an enclosure configured to support electrical components and a fan chassis. The system also includes a plurality of cooling fans coupled to the fan chassis. Each of the plurality of cooling fans is rotatable relative to the fan chassis between a first orientation in which the fans are operable to direct air into the enclosure and a second orientation. Spacing between adjacent cooling fans is less when the second cooling fan is in the second orientation than when the second cooling fan is in the first orientation. A third one of the plurality of cooling fans automatically rotates from the second orientation to the first orientation upon the second cooling fan moving to the second orientation.