Self-power generation intelligent road lamp

Abstract

The invention relates to a self-generation intelligent street lamp, which comprises a power generating plate provided with an edge optical collector, an intelligent control device, a storage device, a ballast incentive device, a low-voltage switching power supply, a power source and a street lamp auxiliary device, wherein, the power generating plate is provided with the edge optical collector; the intelligent control device consists of an inverter module and an intelligent control module; as the invention adopts the edge condenser technology, the inverter technology and the intelligent control technology, therefore the invention can effectively improve the generating capacity while reducing the power consumption of streetlights, and prolong the lighting time of street lamps.

Description

technical field [0001] The invention relates to the field of street lamp lighting for municipal roads, in particular to a self-generating intelligent street lamp. Background technique [0002] In the field of municipal road street lighting, street lamps are widely used, but municipal circuit lamps are limited by the mains energy. In today's energy shortage, the energy consumption of municipal circuit lamps is becoming increasingly prominent. "Electricity shortage" and energy shortage lead to the closure or semi-closure of street lights on many roads, making energy-consuming street lights a "decoration", which seriously affects the basic lighting of the road, and those street lights that do not function have become a potential waste of resources . [0003] At present, the biggest challenge to all energy sources going to the market is the impact on the environment, so the use of clean energy such as solar energy to solve municipal lighting energy is an inevitable requirement ...

AI Technical Summary

Problems solved by technology

However, even if the "power shortage" is serious, it is difficult for existing solar street lights to be applied to urban road lighting to replace traditional city circuit lights. The main reason is that existing solar street lights have the following problems in terms of technology and cost: 1. The lighting time of street lamps is long and consumes a lot of energy. The existing solar street lamps generally can only maintain the lighting requirements of high-power light sources for about 5 hours, which cannot meet the requirements of long-term power supply; The illuminance is not lower than the specific standard requirements of 30LUX, and the existing solar street lighting cannot meet the standard; 3. The speed of urban road traffic vehicles is fast, and street lighting at night has high requirements for penetrating performance such as fog and haze. Poor penetrability to smog and haze, and lack of traffic safety guarantee; 4. The investment cost of existing solar street lights is generally about 30% higher than that of ordinary street lights, and the existing solar street lights cannot meet their long-term lighting and power supply requirements. Requirements, need to rely on the supplement of mains electricity, and the transformers, pipes, cables, etc. of the city circuit lights also need investment. In this way, the cost price of existing solar street lights is 2.3 times that of ordinary street lights, far higher than traditional street lights, and the return on investment is low. , the product cannot enter the market

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