Tobacco leaf alcoholization storage low-power long-endurance humiture hydrogen phosphide monitoring device

The invention provides a tobacco leaf alcoholization storage low-power long-endurance humiture hydrogen phosphide monitoring device, comprising a microprocessor, and a humiture sensor, a hydrogen phosphide gas concentration sensor and a cell which are all in electric connection with the microprocessor, and characterized in that the microprocessor is also in electric connection with a wireless transceiver, a dial switch and a crystal oscillator. The monitoring device can perform long-term continuous monitoring on tobacco leaf alcoholization warehouse humitures and hydrogen phosphide gas concentrations, transmit monitoring results to a control center outside a tobacco leaf alcoholization warehouse, and realize remote monitoring; in addition, through a low-power single chip microprocessor and the low-power arrangement of each component of a whole device, the monitoring device completes energy saving control and management, supplies power in operation, and interrupts supply out of operation, thereby saving power as much as possible; an endurance time is no less than 48 months, and the longest endurance time is 96 months, thereby effectively reducing the frequency of entering the tobacco leaf alcoholization warehouse for exchanging cells, and guaranteeing tobacco leaf alcoholization safety and quality.