Energy saving control system of forest fire-fighting front equipment

Abstract

The invention belongs to the energy saving control field, relates to an energy saving control system of forest fire-fighting front equipment, and aims to improve the power supply stability of a wind-solar complementary power supply system when the system provides power to the front site equipment in a severe climate. The system comprises front electric equipment, an energy saving controller, and wind-solar complementary power supply equipment; wherein the front electric equipment comprises an infrared thermal imager and a visible light camera, which are arranged on a pan-tilt, the image information collected by the infrared thermal imager and the visible light camera is transmitted by an encoder and wireless transmission equipment; the energy saving controller is connected to a storage battery, the encoder, and power switches of each front electric equipment; and the wind-solar complementary power supply equipment comprises a solar cell panel, a wind turbine, a storage battery, a charging-discharging controller, and an inverter. In bad weather conditions, the front equipment of the forest fire-fighting pre-warning and alarming system is started by the energy saving controller so as to guarantee the core pre-warning and alarming functions of the forest fire-fighting pre-warning and alarming system.

Description

technical field [0001] The invention belongs to the field of energy-saving control and relates to an energy-saving control system for forest fire prevention front-end equipment. Background technique [0002] Nowadays, with the use of various electronic monitoring equipment such as visible light cameras and infrared thermal imaging cameras, various solutions are provided for people to find suspected fire sources or fire areas as early as possible in large-scale forests, which improves the national forest fire prevention and alarm. The degree of automation and real-time performance of the system. [0003] The main methods for the existing forest fire prevention and alarm system to supply power for front-end equipment (such as signal acquisition equipment, transmission equipment, etc.) are: mains power supply and wind-solar complementary power supply. However, in daily use, forest pre-warning and alarm systems generally have many front-end sites and long power supply lines, an...

AI Technical Summary

Problems solved by technology

[0004] However, even a wind-solar hybrid power supply system, which has two natural conditions for charging, will also be affected by the local forest climate (mainly light, weather, wind, etc.). Hazy weather, less sunshine, and wind power that cannot reach the wind force will cause the battery to be fully discharged but not charged in time, and cannot continue to supply power, which will lead to the failure of the front-end equipment to operate normally, and the overall or partial failure of the forest fire prevention and alarm. , reducing the all-weather and stability of the overall fire protection system

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