The present invention relates to the technical field of anti-
haze screen window, in particular to a high-safety electrostatic anti-
haze screen
window system, comprising an outer
yarn and a high-
voltage generator, wherein the outer
yarn comprises a plurality of conductive wires, and the output end of the high-
voltage generator is connected to the conductive wire by a first
resistor element in series, so that after the high-
voltage generator is powered on, the conductive wire generates
electrostatic adsorption or repulsion to
suspended particles in the adjacent air, and utilizes the electrostatic field generated by the conductive wire of the outer
yarn after the high-
voltage generator is powered on to induce polarization of neutral
suspended particles in the air adjacent to the conductive wire, so that the particles are adsorbed on the conductive wire, and the content of
haze particles such as PM 2.5 in the air entering the room is greatly reduced; the first
resistor element in series ensures that when a
human body approaches or touches the outer yarn, the
discharge of the accumulated charge inside the high-
voltage generator to the
human body can be ignored. The present invention has the advantages of achieving high-efficiency anti-haze and dust prevention at low cost and low
energy consumption, while ensuring safety in use.