Energy-saving, self-adaptive and intelligent streetlamp system

Abstract

The invention discloses an energy-saving, self-adaptive and intelligent streetlamp system. The energy-saving, self-adaptive and intelligent streetlamp system comprises a master control module, an LEDintegrated module, a solar cell panel, a storage battery module and a grid-connected running module and also comprises an information receiving and closed-loop feedback module, a power regulation module, a light-emitting part adjustment module and a cell panel adjustment module, wherein the power storage module is used for storing surplus electric energy which is generated by a solar cell panel and cannot be consumed, the light-emitting part adjustment module is controlled by the master control module and is used for adjusting the height and an irradiation angle of a light-emitting part according to environmental data, the LED integrated module is used for substituting a traditional streetlamp light-emitting part, and the power adjustment module is used for adjusting an output power and controlling light-emitting brightness under control of the master control module. By the energy-saving, self-adaptive and intelligent streetlamp system, the lighting effect of a streetlamp can be optimized, the night sight distance is extended, the travelling safety at night is improved, the energy utilization ratio is improved, and the effects of energy saving and emission reduction are achieved.

Description

technical field [0001] The invention relates to an energy-saving self-adaptive intelligent street lamp system, which belongs to the technical field of automation. Background technique [0002] With the acceleration of people's life rhythm, people's demand for night travel is increasing, and the street lighting industry has also ushered in new development. The subsequent energy consumption of street lights has also become larger and larger, and the energy consumption of street lighting systems has become As a part that cannot be underestimated, the energy utilization, algorithm control and lighting experience of the street lighting system need to be improved urgently. [0003] Most of the current traffic street lights and community street lights are grid-connected street lights, which have a great dependence on and influence on the power grid, poor independence, and high energy consumption, so there is room for optimization. At the same time, there are some photovoltaic ener...

AI Technical Summary

Problems solved by technology

However, this single sensor control method has poor stability and is easily disturbed by the external environment.

The street lamp control method with built-in infrared sensor or voice control device detects the pedestrian status around the street lamp to make the action of turning on and off the lamp. This method will cause a time lag when turning on the lamp. This control method unilaterally considers energy saving. Without taking into account the experience and safety of pedestrians

[0005] To sum up, existing street lighting systems generally have shortcomings such as imperfect control methods, poor system independence, high energy consumption, and poor user experience. How to improve the deficiencies of the old street lighting system and improve various aspects of the existing street lighting system The aspect index has become one of the key problems to be solved urgently in the design and application of street lamps

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