In some embodiments, the first two-phase heat transfer device 112, the inlet conduit 113, and the outlet conduit 115 are hermetically joined to the condenser 114. Further, the first two-phase heat transfer device 112 is hermetically sealed in the sealed casing 109 and pre-filled with a fluid which is at a saturated liquid condition. In such an embodiment, the fluid may include, but not limited to, inert gas, nitrogen, argon, and the like. Further, in such an embodiment, a single-phase fluid 120 and a two-phase fluid 124 may be refrigerants with boiling point less than 0 degree centigrade at atmospheric pressures. For example, the refrigerants may include r134a, r1234yf, and the like. In some other embodiments, the first two-phase heat transfer device 112, the inlet conduit 113, and the outlet conduit 115 may not be hermetically joined to the condenser 114. Further, the first two-phase heat transfer device 112 may not be hermetically sealed in the sealed casing 109. In such an embodiment, the sealed casing 109 may be pre-filled with a fluid having a boiling point below a predefined threshold temperature of the first component 108 at atmospheric pressure. In one embodiment, the fluid may include, but not limited to, air, and the like. Further, in such an embodiment, the single-phase fluid 120 and the two-phase fluid 124 may be coolant with boiling point in range from about zero degree centigrade to about 70 degree centigrade at atmospheric pressure. For example, the coolant may include Novec649, HFE7000, SES30, and the like.