Power outputting device and vehicle mounting it, control method, storing medium and program for the power outputting device, drive device and vehicle mounting it, and, control method, storing medium and program for the drive device

A storage medium, wherein, in a drive unit comprising:

• a DC—DC converter which has energy accumulating means capable of temporarily accumulating a direct current as energy and is capable of performing, by switching elements, DC—DC conversion of an input direct-current voltage utilizing the energy accumulated in said energy-accumulating means and providing a load with the direct-current voltage converted;
• and
• a power source capable of supplying direct current power to said DC—DC converter,
• said storage medium stores a computer readable program which causes a computer to function as temperature control means for performing, based on a temperature of said direct-current power source or a temperature of said DC—DC converter, switching control of said switching elements so as to control said temperature.

A drive unit comprising:

• a DC—DC converter which has an energy accumulator capable of temporarily accumulating a DC current as energy and which is capable of performing, by switching elements, DC—DC conversion of an input direct current utilizing the energy accumulated in said energy accumulator and providing a load with the DC—DC converted voltage;
• a power source capable of supplying DC power to said DC—DC converter;
• and
• a temperature control for performing, based on a temperature of said power source or a temperature of said DC—DC converter, switching control of said switching elements so as to control said temperature.

A control method of a drive unit, wherein said drive unit comprises:

• a DC—DC converter which has an energy accumulator capable of temporarily accumulating a DC current as energy and which is capable of performing, by switching elements, DC—DC conversion of an input direct-current voltage input utilizing said energy accumulator and providing a load with the DC—DC converted voltage;
• and
• a power source capable of supplying a direct current to said DC—DC converter,
• and wherein, based on a temperature of said power source or a temperature of said DC—DC converter, switching control of said switching elements is performed so as to control said temperature.

A storage medium, wherein, in a drive unit comprising:

• a DC—DC converter which has an energy accumulator capable of temporarily accumulating a direct current as energy and is capable of performing, by switching elements, DC—DC conversion of an input direct-current voltage utilizing the energy accumulated in said energy accumulator and providing a load with the direct-current voltage converted;
• and
• a power source capable of supplying direct current power to said DC—DC converter,
• said storage medium stores a computer readable program which causes a computer to function as temperature controller to perform, based on a temperature of said direct-current power source or a temperature of said DC—DC converter, switching control of said switching elements so as to control said temperature.

A drive unit comprising:

• a DC—DC converter which has energy accumulating means capable of temporarily accumulating a DC current as energy and which is capable of performing, by switching elements, DC—DC conversion of an input direct current utilizing the energy accumulated in said energy accumulating means and providing a load with the DC—DC converted voltage;
• a power source capable of supplying DC power to said DC—DC converter;
• and
• temperature control means for performing, based on a temperature of any element included in said drive unit, switching control of said switching elements so as to control said temperature.

A control method of a drive unit, wherein said drive unit comprises:

• a DC—DC converter which has energy accumulating means capable of temporarily accumulating a DC current as energy and which is capable of performing, by switching elements, DC—DC conversion of an input direct-current voltage input utilizing said energy accumulating means and providing a load with the DC—DC converted voltage;
• and
• a power source capable of supplying a direct current to said DC—DC converter,
• and wherein, based on a temperature of any element included in said drive unit, switching control of said switching elements is performed so as to control said temperature.