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In this paper, an experimental device for seawater evaporation under high voltage electrostatic field is designed, and the energy consumption of seawater evaporation under high voltage electrostatic field is analyzed by experimental data, On the one hand, the theoretical energy consumption of sea water evaporation under normal temperature is deduced theoretically, and the energy consumption of seawater evaporation under the condition of high voltage electrostatic field is calculated, and then the energy consumption of seawater evaporation is deduced, The experimental results show that under the condition of high voltage electrostatic field, the energy consumption per ton of seawater evaporation is less than 10Kw/h, and the efficiency is 1.5-2 times of the normal. At the same time, it is suggested that the salt ions (Na+ and Cl-) in seawater can hinder the evaporation of water under high voltage electrostatic field, the experimental results show that the average evaporation rate of distilled water is the fastest, the NaCl containing saline is slower compared to distilled water ,and the seawater is the slowest.1

The Analysis of Energy Consumption and Influencing Factors of Sea Water Evaporation Under High Voltage Electrostatic Field