EW3.0 is a new generation of digital lightning early warning system developed and produced byHangzhou EYZA0 Technology Co., Ltd. it is designed based on the principle of field grinding, anochanges in atmospheric electric field intensity are obtained through constant rotation of themotor. lt consists of a “stator” (induction plate) and a “rotor” (grounding shield plate). The rotor isdriven to rotate by a motor with constant speed, so that the stator is alternately exposed to theelectric field or shielded, thus generating an induced charge that is proportional to the externalelectric field strength. The stator is connected to the amplification processing circuit and thewaveform adjustment circuit, and outputs the voltage signal. After calibration, the voltage canrepresent the strength and polarity change of the atmospheric electric field.
EW3.0 lightning early warning system is designed to meet the requirements of groundatmospheric electric field strenath measurement, The solid aluminum shell can adapt to yariousharsh environments. The inverted structure can effectively avoid the invasion of bird droppings,rain, fallen leaves, etc. At the same time, it has the characteristics of low power consumptioneasy installation, simple maintenance, etc., which can be used to continuously measure thechange of atmospheric electric field strength for a long time.
EW3.0 lightning early warning system can monitor the electric field data of thunderstorm cloudin real time and accurately forecast the local lightning activity. When lightning is approaching.the early warning system does not need any manual operation and analysis under the defaultsettings. The program can automatically complete all data analysis and automatically send outyellow, orange and red warning signals, and upload the warning information to the managementsystem.
EW3.0 The lightning warning system has no interference or signal emission, and will not haveany impact on various electrical and electronic equipment in the protection area. Within itscoverage, multiple audible and visual alarm systems can be installed, which are jointly controlledby the early warning host, effectively reducing user costs.
