Abstract: A system and a method for controlling temperature inside electrical and electronics systems. The method includes sensing temperature of an inverter section by a temperature sensor, the inverter section including one or more electronic components. The method also includes determining, by a microcontroller, a temperature zone based on the sensed temperature and transmit a command to an inverter based on the temperature zone. The method further includes controlling speed of a compressor by an inverter based on the command.

Abstract: An apparatus and a method for providing adequate cooling inside control box of an electrical equipment. A method includes receiving air from one or more air ducts in a first section wherein the first section is coupled with the one or more air ducts. The method also includes providing the air to a first fan associated with the first section and transferring the air by the first fan to one or more second fans. The method further includes receiving air from the one or more air ducts associated with the first section to one or more vents in the second section and transferring the air from one or more vents to the one or more louvers and the first fan. Air transferred to the one or more louvers and the first fan is further transferred to the one or more second fans.

Abstract: A heating, ventilation and air-conditioning (HVAC) system is provided. The HVAC system includes indoor and outdoor units to condition air of a space, an indoor heat exchanger by which the indoor and outdoor units thermally interact, temperature sensors operably disposed at least at the indoor heat exchanger and in the space and a controller operably coupled to the indoor and outdoor units and configured to control operations of the indoor and outdoor units in accordance with readings of the temperature sensors by reference to space-dew point temperature relationship tables.

Abstract: A system and a method for controlling temperature inside electrical and electronics systems. The method includes sensing temperature of an inverter section by a temperature sensor, the inverter section including one or more electronic components. The method also includes determining, by a microcontroller, a temperature zone based on the sensed temperature and transmit a command to an inverter based on the temperature zone. The method further includes controlling speed of a compressor by an inverter based on the command.

Abstract: An apparatus and a method for providing adequate cooling inside control box of an electrical equipment. A method includes receiving air from one or more air ducts in a first section wherein the first section is coupled with the one or more air ducts. The method also includes providing the air to a first fan associated with the first section and transferring the air by the first fan to one or more second fans. The method further includes receiving air from the one or more air ducts associated with the first section to one or more vents in the second section and transferring the air from one or more vents to the one or more louvers and the first fan. Air transferred to the one or more louvers and the first fan is further transferred to the one or more second fans.

Abstract: A heating, ventilation and air-conditioning (HVAC) system is provided. The HVAC system includes indoor and outdoor units to condition air of a space, an indoor heat exchanger by which the indoor and outdoor units thermally interact, temperature sensors operably disposed at least at the indoor heat exchanger and in the space and a controller operably coupled to the indoor and outdoor units and configured to control operations of the indoor and outdoor units in accordance with readings of the temperature sensors by reference to space-dew point temperature relationship tables.

Abstract: A method is afforded for providing a load-shared distribution architecture speech system over a network. A speech system is disassembled into independent modules. The modules are divided into separate parts. A portion of a computational capacity of at least one of a plurality of devices utilized by the separate parts of the modules is determined. The modules are then deployed over a network to at least one of the plurality of devices, depending on the computational capacity thereof.