No.
Usually the ambient temperature is about 10°C lower than the back pressure saturation temperature. If other working fluids are used, the back pressure will change significantly, which can cause steam to escape from the turbine. has a high degree of overheating, which leads to insufficient work of the steam turbine; This may also cause the steam to be too dry after leaving the turbine (or it may be completely liquid), which will have a great impact on the life of the steam turbine. Choosing one with a low boiling point should fall into the first situation - it is still superheated steam after leaving the turbine, and the whole cycle has very little power and may not be able to circulate at all (i.e. no liquid can be obtained at all).
Therefore, different working fluids have different properties, and steam turbineswhich result are also completely different. Some working fluids are not suitable for work, such as refrigerants. Of course, some working fluids are not suitable as refrigerants. For example, when a refrigeration environment <0°C is required, water is not suitable.
This liquid can replace the distilled water in the battery.
Purified water is pure, clean water that does not contain impurities or bacteria. It is sealed in a container and can be drunk directly. Purified water without impurities will not affect the reaction and discharge of battery plates, but it does not react as quickly as purified battery water.
However, please note that purified water contains a small amount of trace elements and does not contain the trace elements required by the battery. Purified water is not suitable for long-term use as a battery recharge fluidie.