(JP2001167800-A)   NOVELTY - The battery satisfies equation (1). Eo/Cp+T1 = T2 less than t (1) Eo (J/g) = energy quantity per unit weight at the time of full charging of the battery; Cp (J degreeC.g) = specific heat of battery; T1 (degrees C) = normal use temperature of battery; T2 (degrees C) = highest elevated temperature of battery; and t = the lowest temperature at which the battery falls into an unsafe state.    USE - Used as a power source for an electric vehicle or a hybrid electric vehicle.    ADVANTAGE - The transportation process allows safety and suppression of the highest temperature increase of the battery so as to avoid accidents like explosion, fire, etc. even if the battery temperature is increased following abrupt battery energy discharge due to short circuiting or problems during transportation.    (JP2001167801-A)   NOVELTY - The battery satisfies equation (1). Eo/Cp+T1 = T2 less than t (1) Eo (J/g) = energy quantity per unit weight at the time of full charging of the battery; Cp (J degreeC.g) = specific heat of battery; T1 (degrees C) = normal use temperature of battery; T2 (degrees C) = highest elevated temperature of battery; and t = the lowest temperature at which the battery falls into an unsafe state.    USE - Used as a power source for an electric vehicle or a hybrid electric vehicle.    ADVANTAGE - The transportation process allows safety and suppression of the highest temperature increase of the battery so as to avoid accidents like explosion, fire, etc. even if the battery temperature is increased following abrupt battery energy discharge due to short circuiting or problems during transportation.    (EP1107342-A2)   NOVELTY - The battery satisfies equation (1). Eo/Cp+T1 = T2 less than t (1) Eo (J/g) = energy quantity per unit weight at the time of full charging of the battery; Cp (J degreeC.g) = specific heat of battery; T1 (degrees C) = normal use temperature of battery; T2 (degrees C) = highest elevated temperature of battery; and t = the lowest temperature at which the battery falls into an unsafe state.    USE - Used as a power source for an electric vehicle or a hybrid electric vehicle.    ADVANTAGE - The transportation process allows safety and suppression of the highest temperature increase of the battery so as to avoid accidents like explosion, fire, etc. even if the battery temperature is increased following abrupt battery energy discharge due to short circuiting or problems during transportation.