CN206041873U

CN206041873U - Outdoor electric pile that fills

Info

Publication number: CN206041873U
Application number: CN201620700493.4U
Authority: CN
Inventors: 陈阳进
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-07-05
Filing date: 2016-07-05
Publication date: 2017-03-22
Anticipated expiration: 2026-07-05

Abstract

The utility model discloses an outdoor electric pile that fills, including charging wall, sunshade platform, battery, aerogenerator, solar cell panel, dc -to -ac converter and fill the electric pile body, both sides all are equipped with one and fill the electric pile body around the wall that charges, charge wall crown end and extend to the top of filling the electric pile body to both sides around the wall that charges of sunshade platform horizontally connect, and aerogenerator and solar cell panel all set up at the sunshade bench and are connected with the complementary controller of scene respectively, and honourable complementary controller passes through dc -to -ac converter connection battery, and the battery setting is in the wall that charges. The utility model discloses the long problem of a too much storage battery car queuing time is alleviated to a certain extent to reasonable scientific design, can avoid filling the electric pile body again and directly shone by sunshine to drench the harmful effects that wait exterior environment with the rainwater, and accessible wind energy and light energy are storage battery charging simultaneously, and then for electric vehicle charges, and the electric power that can alleviate the commercial power peak period intensely, and is energy -concerving and environment -protective.

Description

A kind of outdoor charging pile

Technical field

This utility model is related to charger technical field, more particularly to a kind of outdoor charging pile.

Background technology

When electric motor car being placed on outdoor for a long time, due to the effect of sunlight and rainwater, each parts of electric motor car can be accelerated old The speed of change, greatly shortens electric motor car service life.In order to avoid this kind of situation, people typically can be where more spaciousness The bicycle shed for parking electric motor car is built, to the harmful effect for avoiding direct sunlight time and rainwater from causing electric motor car.

As the power resources of electric motor car are electric energy, so electric motor car must be charged in use in time, otherwise will Can not exercise.Therefore, people are mounted with the socket charged to electric motor car again on bicycle shed, can charge in time during to use, this Plant charging modes to be charged electric motor car using civil power.As the quantity of present electric motor car is more and more, electric motor car disappears The accounting of consumption civil power also gradually increases, and city's electric resources are nervous at present, therefore urgent need exploitation one kind can replace city to supply electricity to electric motor car The device of charging.

Utility model content

For the technological deficiency for overcoming prior art to exist, a kind of outdoor charging pile of this utility model offer.

This utility model adopt technical solution be：

A kind of outdoor charging pile, including charging wall, sunshade platform, accumulator, wind-driven generator, solar panel, inversion Device and charging pile body, before and after the charging wall, both sides are equipped with a charging pile body, and the sunshade platform level connection joint fills Electric wall top simultaneously extends to the top of charging pile body to both sides before and after charging wall, and the wind-driven generator and solar panel are equal It is arranged on sunshade platform and is connected with wind/light complementation controller respectively, the wind/light complementation controller connects electric power storage by inverter Pond, the accumulator are arranged on charging within the walls.

Preferably, the wind-driven generator is arranged on the both sides in front and back of sunshade platform.

Preferably, the solar panel is arranged on the middle part of sunshade platform, the solaode by runing rest Plate is provided with can be from the optical sensor of the motion tracking sun.

Preferably, the runing rest include rotating bar and be arranged in rotating bar for adjusting solar panel side First rotating mechanism of parallactic angle and the second rotating mechanism for adjusting solar panel elevation angle, first rotating mechanism Positioned at the lower section of the second rotating mechanism, the bottom of the rotating bar is rotatably arranged on sunshade platform by bearing.

Preferably, first rotating mechanism includes the first motor, the first speed reduction gearing and swing pinion, institute State swing pinion to be located in rotating bar and be connected with the first stepper motor output shaft by the first speed reduction gearing, the rotation The surfaces of revolution of rotating disk is axially perpendicular with rotating bar.

Preferably, second rotating mechanism include the second motor, the second reduction gearing mechanism, with ring gear Connecting tube and the rotary shaft with external toothing, the connecting tube are fixedly connected on the upper and lower centrage of Solar panel backside, The rotary shaft adaptation is arranged in connecting tube and is connected with the second stepper motor output shaft by the second reduction gearing mechanism, Second motor is fixedly mounted on the top of rotating bar.

Preferably, the optical sensor includes outer ring, inner ring, four photodiodes, four the first light cells and one Second light cell；

Four photodiodes are separately mounted on the four corners of the world four direction of outer ring, wherein the two of east-west direction Individual photodiode is used for detecting the deflection angle i.e. azimuth that the sun is moved from east to west, two two poles of photoelectricity of North and South direction Manage the deflection angle i.e. elevation angle for detecting the North and South direction of the sun；

The inner ring is used for placing light cell, divides equally including middle little circular portion and by the annulus between outer ring and roundlet Four quadrants, four first light cells are separately mounted in four quadrants, for producing azimuth and elevation angle Tracking control signal；

Second light cell is arranged on middle little circular portion using as illuminance transducer to detect the radiant illumination of the sun, For controlling whether automatic solar energy tracking device works.

The beneficial effects of the utility model：As charging pile body is arranged on the both sides in front and back of charging wall and is provided with screening thereon Balcony, reasonable scientific design had both made full use of charging place, were provided with two charged states, to a certain degree at same charging wall It is upper to alleviate the long problem of excessive charging vehicle queuing time, charging pile body can be avoided again directly to be shone by sunlight and the outdoor ring such as to drench with rainwater The harmful effect in border.Again due to being provided with wind-driven generator and solar panel on sunshade platform, by wind energy and luminous energy can be Accumulator charges, and is then electric vehicle charging again, can alleviate the power tense of civil power peak period, energy-conserving and environment-protective, green health, And electric energy supplements more.

Description of the drawings

Fig. 1 is this utility model structural representation.

Fig. 2 is this utility model scene charging principle block diagram.

Fig. 3 is this utility model optical sensor structural representation.

Description of reference numerals：

10th, charging wall；20th, sunshade platform；30th, accumulator；40th, charging pile body；50th, wind-driven generator；60th, solaode Plate；71st, inverter；72nd, wind/light complementation controller；80th, runing rest；81st, rotating bar；82nd, the first rotating mechanism；83rd, second Rotating mechanism；84th, swing pinion；85th, connecting tube；86th, rotary shaft；90th, optical sensor；91st, outer ring；92nd, inner ring；93rd, photoelectricity Diode；94th, the first light cell；95th, the second light cell.

Specific embodiment

The utility model is described in further detail below in conjunction with the accompanying drawings：

As Figure 1-3, the present embodiment provides a kind of outdoor charging pile, including charging wall 10, sunshade platform 20, accumulator 30th, wind-driven generator 50, solar panel 60, inverter 71 and charging pile body 40, before and after the charging wall 10, both sides are equal A charging pile body 40 is provided with, 20 level connection joint charging wall of the sunshade platform, 10 top is simultaneously prolonged to both sides before and after charging wall 10 The top of charging pile body 40 is extended, the wind-driven generator 50 and solar panel 60 are arranged on sunshade platform 20 and difference It is connected with wind/light complementation controller 72, the wind/light complementation controller 72 connects accumulator 30, the electric power storage by inverter 71 Pond 30 is arranged in charging wall 10.

In the present embodiment, the wind-driven generator 50 is arranged on the both sides in front and back of sunshade platform 20, the solaode Plate 60 is arranged on the middle part of sunshade platform 20 by runing rest 80, and the solar panel 60 is provided with can be from the motion tracking sun Optical sensor 90.

In the present embodiment, the runing rest 80 include rotating bar 81 and be arranged in rotating bar 81 for adjustment too Positive energy 60 azimuthal first rotating mechanism 82 of cell panel and the second rotating machine for adjusting 60 elevation angle of solar panel Structure 83, first rotating mechanism 82 are located at the lower section of the second rotating mechanism 83, and the bottom of the rotating bar 81 is turned by bearing It is dynamic to be arranged on sunshade platform 20.

First rotating mechanism 82 includes the first motor, the first speed reduction gearing and swing pinion 84, described Swing pinion 84 is located in rotating bar 81 and is connected with the first stepper motor output shaft by the first speed reduction gearing, described The surfaces of revolution of swing pinion 84 is axially perpendicular with rotating bar 81.

Second rotating mechanism 83 includes the second motor, the second reduction gearing mechanism, the connection with ring gear Pipe 85 and the rotary shaft with external toothing 86, the connecting tube 85 are fixedly connected on the upper and lower centrage in 60 back side of solar panel On, the adaptation of the rotary shaft 86 is arranged in connecting tube 85 and by the second reduction gearing mechanism and the second stepper motor output shaft It is connected, second motor is fixedly mounted on the top of rotating bar 81.

In the present embodiment, the optical sensor 90 includes 93, four, outer ring 91,92, four photodiodes of inner ring One light cell 94 and second light cell 95.Four photodiodes 93 are separately mounted to the four corners of the world four of outer ring 91 On individual direction, wherein two photodiodes 93 of east-west direction are used for detecting the deflection angle i.e. side that the sun is moved from east to west Parallactic angle, two photodiodes 93 of North and South direction are used for the deflection angle i.e. elevation angle of the North and South direction for detecting the sun.

The inner ring 92 is used for placing light cell, including middle little circular portion and by the annulus between outer ring 91 and roundlet Four quadrants respectively, four first light cells 94 are separately mounted in four quadrants, for produce azimuth and The tracking control signal of elevation angle.Second light cell 95 is arranged on middle little circular portion using as illuminance transducer to detect The radiant illumination of the sun, for controlling whether automatic solar energy tracking device works, in night, cloudy day or sunlight irradiation degree Less than automatic shutdown during work illumination, energy saving.

This utility model is not limited to above-mentioned preferred forms, and anyone should be learnt under enlightenment of the present utility model The structure change made, it is every that there is same or like technical scheme with this utility model, each fall within guarantor of the present utility model Within the scope of shield.

Claims

1. a kind of outdoor charging pile, it is characterised in that including charging wall, sunshade platform, accumulator, wind-driven generator, solar-electricity Pond plate, inverter and charging pile body, before and after the charging wall, both sides are equipped with a charging pile body, the sunshade platform water Flushconnection charging wall top simultaneously extends to the top of charging pile body to both sides before and after charging wall, the wind-driven generator and solar energy Cell panel is connected with wind/light complementation controller respectively, and the wind/light complementation controller connects accumulator, the storage by inverter Battery is arranged on charging within the walls；

The wind-driven generator is arranged on the both sides in front and back of sunshade platform；

The solar panel is arranged on the middle part of sunshade platform by runing rest, and the solar panel is provided with can be certainly The optical sensor of the motion tracking sun；

The optical sensor includes outer ring, inner ring, four photodiodes, four the first light cells and second light cells；

Four photodiodes are separately mounted on the four corners of the world four direction of outer ring, wherein two light of east-west direction Electric diode is used for detecting the deflection angle i.e. azimuth that the sun is moved from east to west that two photodiodes of North and South direction to be used In the deflection angle of North and South direction of the detection sun be elevation angle；

The inner ring is used for placing light cell, respectively forms including middle little circular portion and by the annulus between outer ring and roundlet Four quadrants, four first light cells are separately mounted in four quadrants, for produce azimuth and elevation angle with Track control signal；

Second light cell is arranged on middle little circular portion using as illuminance transducer to detect the radiant illumination of the sun, is used for Whether control automatic solar energy tracking device works.

2. outdoor charging pile according to claim 1, it is characterised in that the runing rest includes rotating bar and is arranged on In rotating bar for adjust azimuthal first rotating mechanism of solar panel and for adjust solar panel height Second rotating mechanism at angle, first rotating mechanism are located at the lower section of the second rotating mechanism, and the bottom of the rotating bar passes through Bearing is rotatably arranged on sunshade platform.

3. outdoor charging pile according to claim 2, it is characterised in that first rotating mechanism includes the first stepping electricity Machine, the first speed reduction gearing and swing pinion, the swing pinion are located in rotating bar and by the first speed reduction gearing It is connected with the first stepper motor output shaft, the surfaces of revolution of the swing pinion is axially perpendicular with rotating bar.

4. outdoor charging pile according to claim 2, it is characterised in that second rotating mechanism includes the second stepping electricity Machine, the second reduction gearing mechanism, the connecting tube with ring gear and the rotary shaft with external toothing, the connecting tube are fixedly connected On the upper and lower centrage of Solar panel backside, the rotary shaft adaptation is arranged in connecting tube and by the second deceleration transmission Mechanism is connected with the second stepper motor output shaft, and second motor is fixedly mounted on the top of rotating bar.