To provide power equipment which employs a cooling method using the evaporation and condensation of a cooling medium, has high cooling performance, and can be easily transported.
The power equipment comprises a main container 2 which stores a main body 10 of the equipment which generates heat when applied with a current and is filled up with an insulating cooling liquid 12; an evaporator 20 which is composed of an evaporator container built up by putting an evaporator cover 22 on a top plate 6 of the main container 2, with a cooling medium 26 which evaporates by heat from the main body 10 of the equipment enclosed in the evaporator container; a radiator type condenser 30 which is installed separately from the evaporator 20 with the cooling medium 26 introduced therein, and cools and condenses the evaporated cooling medium 26 introduced therein by heat radiation; and a manifold 46 which is connected between the evaporator 20 and the radiator type condenser 30, and introduces the cooling medium 26 evaporated in the evaporator 20 into the radiation type condenser 30, while introducing the cooling medium 26 condensed in the radiator type condenser 30 into the evaporator 20.
KITA SATOSHI
KAJIMURA KAZUNARI
KOBAYASHI TAKUSHI
NOGUCHI KOJI
KIYOTAKI KAZUO
GOTO TOSHIYUKI
MISHIMA SHUICHI
