Ship ammonia-electricity hybrid power system with heat storage-cooling battery heat management system
A hybrid power system and battery thermal management technology, applied in the field of ship power systems, can solve problems such as endurance constraints, fuel waste, long charging time, etc., achieve wide power coverage, improve poor dynamic response, and reduce energy consumption.
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[0031] The present invention is described in more detail below in conjunction with accompanying drawing example:
[0032] combine Figure 1-3 , see figure 1 , a marine ammonia-electric hybrid power system with a thermal storage-cooling battery thermal management system of the present invention, including a fuel cell 1, a super capacitor 2, a storage battery 3, diesel generator sets 4a, 4b, and transformer devices 5a, 5b, 5c , Transformer 6a, 6b, 7a, 7b, 7c, liquid ammonia storage device 8, stop valve 9, condenser 10, voltage stabilizing device 11, ship load 12, first reversible motor 13, ammonia fuel engine 14, clutch 15a , 15b, the second reversible motor 16, the gearbox 17, the variable pitch propeller 18, the third reversible motor 19, the fixed pitch propeller 20, and the cooling system 21 for the whole ship. The connection relationship is: the crankshaft of the ammonia fuel engine 14 is connected to the first reversible motor 13 through a belt, the output end is connect...
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