LED vertical type light-emitting device capable of being charged based on environment detection

Abstract

The invention relates to an LED vertical type light-emitting device capable of being charged based on environment detection. The light-emitting device is composed of a wind-speed detector, a sunlight intensity detector, a charging device, and a valve-controlled sealing lead-acid storage battery. The charging device charges the valve-controlled sealing lead-acid storage battery; and detection results of the wind-speed detector and the sunlight intensity detector provide reference signals for adjusting the charging mode of the valve-controlled sealing lead-acid storage battery. According to the invention, the LED vertical type light-emitting device can be charged by selecting a relatively high-efficiency charging mode according to the changing of the environment.

Description

technical field [0001] The invention relates to the field of LED lighting, in particular to an LED vertical lighting device for charging based on environment detection. Background technique [0002] In the existing technology, since the global LED vertical light-emitting devices are increasing day by day and becoming one of the mainstream in the market, if the energy-saving level of LED street lights can be improved, from a global perspective, the results of energy saving and emission reduction will be very amazing. [0003] The LED vertical light emitting device in the prior art mainly relies on mains power supply, and its power consumption cost is high, and the construction and management of the LED vertical light emitting device by the municipal department also consumes a large amount of operating costs. Moreover, only some LED solar vertical light-emitting devices consume high energy, need to improve the power supply circuit, and there is still a lack of technical soluti...

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Problems solved by technology

[0003] The LED vertical light-emitting devices in the prior art mainly rely on mains power supply, which has high power consumption costs, and the construction and management of the LED vertical light-emitting devices by the municipal departments also consume a lot of operating costs.

Moreover, only some LED solar vertical light-emitting devices consume high energy, need to improve the power supply circuit, and there is still a lack of technical solutions for using wind energy power supply circuits for LED vertical light-emitting devices. Naturally, there is a lack of an organic combination of the two Adaptive switching charging structure

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