The transition from centralized electrical energy technology to distributed electrical energy, similar to gasoline cell energy crops, is likely one of the promising methods for decarbonization within the vitality sector. Nonetheless, the operation of hydrogen gasoline cells might be problematic as a result of liquefaction or compression processes for hydrogen storage are vitality intensive and require excessive upkeep prices. As well as, if hydrogen in gasoline cell-based energy crops is equipped by way of pure fuel steam reforming, direct carbon emissions to the ambiance are prompted. Due to this fact, this research investigates an ammonia-based electrical energy technology system by means of the sequential conversion of ammonia to hydrogen and hydrogen to energy. This technique can change inefficient and dear hydrogen storage with the prevailing infrastructure of ammonia and cut back carbon emissions by utilizing ammonia as an alternative of hydrocarbon feedstock. With an ammonia value from the standard manufacturing means, the system reveals an electrical energy technology value within the vary of 0.227–0.261 USD per kW h and a carbon depth of 0.80–1.44 kgCO2-eq per kW h which aren’t possible at current. As a result of ammonia value and emissions throughout manufacturing are essentially the most important elements for the feasibility of the system, 5 completely different eventualities contemplating varied ammonia manufacturing pathways are established. Based mostly on the state of affairs evaluation, the possible circumstances and nations when it comes to each financial and environmental facets are recognized. In essentially the most optimistic state of affairs, the electrical energy technology value and carbon depth are calculated to be 0.134–0.150 USD per kW h and 0.16–0.28 kgCO2-eq per kW h respectively, and the system will be aggressive in 40 nations out of 134 nations.