CN110247445A - The multifunctional high-power mobile power source of solar energy and alternating current dual power supply - Google Patents
The multifunctional high-power mobile power source of solar energy and alternating current dual power supply Download PDFInfo
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- CN110247445A CN110247445A CN201910246832.4A CN201910246832A CN110247445A CN 110247445 A CN110247445 A CN 110247445A CN 201910246832 A CN201910246832 A CN 201910246832A CN 110247445 A CN110247445 A CN 110247445A
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J7/00—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries
- H02J7/0047—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries with monitoring or indicating devices or circuits
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J7/00—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries
- H02J7/34—Parallel operation in networks using both storage and other DC sources, e.g. providing buffering
- H02J7/35—Parallel operation in networks using both storage and other DC sources, e.g. providing buffering with light sensitive cells
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02S—GENERATION OF ELECTRIC POWER BY CONVERSION OF INFRARED RADIATION, VISIBLE LIGHT OR ULTRAVIOLET LIGHT, e.g. USING PHOTOVOLTAIC [PV] MODULES
- H02S20/00—Supporting structures for PV modules
- H02S20/30—Supporting structures being movable or adjustable, e.g. for angle adjustment
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J2207/00—Indexing scheme relating to details of circuit arrangements for charging or depolarising batteries or for supplying loads from batteries
- H02J2207/40—Indexing scheme relating to details of circuit arrangements for charging or depolarising batteries or for supplying loads from batteries adapted for charging from various sources, e.g. AC, DC or multivoltage
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J7/00—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/50—Photovoltaic [PV] energy
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- Engineering & Computer Science (AREA)
- Power Engineering (AREA)
- Charge And Discharge Circuits For Batteries Or The Like (AREA)
Abstract
The invention discloses the multifunctional high-power mobile power sources of a kind of solar energy and alternating current dual power supply, comprising: solar panels, controller, charging panel, switch, relay, status displays, battery, inverter, LED state switch switch, power board, USB module, SD decoding deck；The solar panels are connect by automatic lifting bracket with controller connection terminal, and the charging panel is connect after connecting with switch with the intermediate terminal of controller；The relay and charging plate serioparallel, the charging panel is 220V charging panel, and input terminal is connect with plug；LED state switching switch, power board, USB module, 12V output terminal are parallel on the output terminal of the controller.Using solar energy and alternating current quick charge, two-way charge circuit is mutually indepedent, isolation conversion, the multifunctional high-power mobile power source of safe and reliable solar energy and alternating current dual power supply.
Description
Technical field
The invention belongs to solar powered technical fields, and specifically solar energy and alternating current dual power supply is multi-functional big
Power mobile power source.
Background technique
Mobile power source provides equipment as provisional power supply in the area without electricity or electricity consumption difficulty and is widely adopted.But
This kind of area can not charge again, and in the case where electric energy cannot supplement, mobile power source can not provide electric power for a long time.It is general
Mobile power source itself has a single function, and provided output voltage grade is few, be unable to satisfy user to the multiplicity of applied voltage and
Multi-functional requirement.The application is in the open class number of patent application of on May 22nd, 2018 are as follows: 201720184276.9 it is practical
The multifunctional high-power mobile power source of the entitled solar energy of new patent and alternating current dual power supply, it discloses solar panels to pass through
Automatic lifting bracket is connect with controller connection terminal, intermediate terminal with controller after the charging panel is connected with switch
Connection；The relay and charging plate serioparallel, the charging panel is 220V charging panel, and input terminal is connect with plug；
The battery is connected with inverter, again in parallel with status displays；Battery parallel connection is provided on the battery
Terminal；The switch and status displays, which passes, to be connected；LED state switching is parallel on the output terminal of the controller
Switch, power board, USB module, 12V output terminal, the LED state switching switch are connected to LED projector lamp；Described
USB decoding deck and USB interface are in parallel with USB module；The power board is connect with speaker；But controller, charging panel and inverse
Become device coordination function is not perfect, charge and discharge when current fluctuation it is larger, charging time long drawback short using the time.
Summary of the invention
It is an object of the invention to overcome the deficiencies in the prior art, and provide and a kind of quickly filled using solar energy and alternating current
Electricity, conversion are coordinated, the multifunctional high-power mobile power source of safe and reliable solar energy and alternating current dual power supply.
The multifunctional high-power mobile power source of solar energy and alternating current dual power supply of the present invention, mainly by solar energy
Plate, controller, charging panel, switch, relay, status displays, battery, inverter, LED state switching switch, power amplifier
Plate, USB module, SD decoding deck；It is characterized by: the emitter of the triode T3 of the solar panels anode and controller connects
It connects, the cathode of the plate of solar energy accesses the base stage of T3 after sequentially connecting with zener diode D6 and resistance R9；The triode
T3 collector is grounded after sequentially connecting with register IC3, resistance R4, R5；The collector and concatenated register IC3 it
Between capacitor C7 again in parallel, capacitor C7 other end ground connection；Capacitor is parallel between the register IC3 and concatenated resistance R4
C6, capacitor C6 other end ground connection；The G point of the register IC3 is grounded；The zener diode D6 and D4 is in parallel；It is described
Zener diode D4 connect with the input terminal S of the T1 of switch after switch the end the S company of switch T2 by conducting wire and LED state
It connects, the end D of T2 is cathode output end.
The cathode of solar panel is parallel with resistance R10, and the resistance R10 is connect with OC1 transistor emitters 4, collection
Electrode 5 and resistance R11 series connection are followed by insuring a F1 and to be connect with the anode of 12V battery；OC1 of the endpoint 1 and 2 it
Between be connected with diode D7；1 uplink of endpoint (left-hand) of the OC1 door sequentially becomes with resistance R7, integrating circuit IC1a, sliding
Resistance device VR1, resistance R1, diode D2 series connection insure after a F1, are connected to the anode of 12V battery；The integral electricity
It is parallel with resistance R6 and capacitor C3 at 1 point of road at 3 points between and；The value of the slide rheostat VR1 is set as 12.8V-16.1V
Between；Capacitor C2, resistance R2, the two are parallel on circuit between 1 point of the slide rheostat VR1a and integrating circuit
The other end be grounded；The cathode of capacitor C3 is connect after connecting with resistance R3 with temperature sensor, the other end of temperature sensor
Ground connection；Drawing for integrating circuit IC1a a little 1 is connect with the cathode 6 of integrating circuit IC1b, and the anode 5 of integrating circuit IC1b is introduced into product
The cathode 2 of parallel circuit IC1a between integrating circuit IC1b and IC1a and is connected to balancing circuitry J1；The output of integrating circuit IC1b
Point 7 is connect with after illuminating circuit series connection with diode D7；The illuminating circuit is that red diode just connects circuit, green two poles
The reversed access circuit of pipe, and red and green diode is parallel with one another；Circuit between the T1 and T2 of the switch is from upper
Capacitor C9, C8, diode D5 are parallel under.The G point of switch T is connect with integrating circuit IC2a output end；Integrating circuit
IC2a and IC2b are parallel with one another, and the output end of IC2b connects ground connection with resistance R15, green diode sequentially to show battery
Voltage levels, the high diode of voltage do not work, and diode is always on when voltage is lower, and issues yellow light.
The cathode 2 of the IC2a is connect with the O of register IC4 point, 4 points of companies that the G point of IC4 passes through conducting wire and IC2b
It connects, and is grounded；The I point of the IC4 is connect with the collector of triode T4, and the anode of emitter and LED light group connects, base stage
After sequentially being connect with resistance R8, diode D3, it is connect with the cathode of LED light group；LED light group is connected with switch；The IC4's
Capacitor C1 is parallel between O point and IC2b；It is in sequential series between the point 8 of the IC2a and the point 4 of IC2b to have slide rheostat
VR2, resistance R12, R13；The anode 3 of the IC2a is in parallel with slide rheostat, and the cathode 6 of IC2b is in parallel with resistance R13；It is sliding
The output end of dynamic rheostat VR2 and the contact Off of switch connect；It is in parallel between the emitter of the triode T4 and resistance R8
There is capacitor C4；The starting contact ON connection of the capacitor C4 cathode and switch；It is in parallel between the LED light group and diode D3
There is capacitor C5.
The multifunctional high-power mobile power source of solar energy and alternating current dual power supply according to claim 1, feature
Be: the inverter is made of chip IC, triode Q1, Q2, capacitor, resistance 1~15, resistance R6, R4, R3 series connection
Latter section connect with the cathode of 12V DC electricity, and the electric foot 2 of the other end and IC connect；Capacitor is in series between the electric foot 2,15 of IC
C6,C7；The electric foot 3 of the IC is connected in parallel at the node among capacitor C6, C7；Electric foot 15 is again in parallel with the front end of resistance R4；
The electric foot 13 of the IC is in parallel with the front end of resistance R3；The electric foot 14 of IC is in parallel with electric foot 13；IC electricity foot 4 by capacitor C2 with
Electric foot 13 is in parallel；Resistance R2 is connected between the electric foot 16 of IC and electric foot 4；The resistance R2 accesses electricity after connecting with capacitor C3
Hinder the front end of R3；The cathode of the capacitor C3 is grounded；It is exported after 8,11,12 parallel connection of electric foot of the IC by inductor L1
12V DC electricity；The electric foot 1,5,6,9,10 of the IC is gone here and there with slide rheostat WR1, capacitor C1, resistance R1, R2, R8 respectively
After connection, it is incorporated to transformer GR1 cathode output 220V voltage；The electric foot 7 is in parallel with R1.
The multifunctional high-power mobile power source of solar energy and alternating current dual power supply above-mentioned, it is characterised in that: described three
The base stage of pole pipe Q1 is connected in parallel between electric foot 9 and resistance R2, and emitter is first connected with resistance R15 with resistance R12 parallel connection again；It is described
The base stage of triode Q2 be connected in parallel between electric foot 10 and resistance R8, emitter it is first in parallel with resistance R13 again with resistance R14 string
Connection；Diode D3, D2, the collector point of triode Q1 and Q2 are parallel between the base stage and emitter of triode Q1 and Q2 respectively
It is not in parallel with transformer GR1 cathode；The slide plate of the sliding variable resistance is sequentially connected with resistance R7, diode D1, resistance R11
Afterwards, access transformer GR1 anode；The both ends of diode D1 are parallel with capacitor C5 and resistance R5 respectively；The one of the resistance R5
End ground connection；The coil of the transformer GR1 is provided with COM pipe Q3, Q4, Q5, Q6 parallel with one another two-by-two, the resistance
R12 is connect with the grid of COM pipe Q3, and R15 is connect with the grid of COM pipe Q4, and R13 is connect with the grid of COM pipe Q5, R14 and COM
The grid of pipe Q6 connects；The coil of the transformer GR1 is connect with 12v DC output end；The resistance R10 and capacitor C8
After series connection, one end is incorporated to the coil of GR1, and the other end is incorporated to the cathode of 12V DC electricity；Between the resistance R10 and capacitor C8
And it is connected to capacitor C4, the other end of capacitor C4 is incorporated to the rear end of inductor L1.
The multifunctional high-power mobile power source of solar energy and alternating current dual power supply above-mentioned, it is characterised in that: described fills
Battery plate is made of power transformer, transformer, capacitor, resistance, chip A, chip B, the 220V power supply series thermal-sensitive resistance
And fuse is connect with capacitor and rectifier bridge respectively after power transformer, and is grounded；Direct current through over commutation
After connecting with two phase adjusting circuits in parallel, then access transformer；Diode and triode reverse parallel connection composition protection electricity
Road is connect with the electric foot of chip A 8 and 11 respectively；Diode D10, D11 compose in parallel decompression once after current circuit in the same direction, go here and there with R13
Join the electric foot 13,14 of access chip A；；Diode D12, D13 compose in parallel decompression once after current circuit in the same direction, connect with inductor
The electric foot 1 of access chip A, another output 12V DC is electric, and ground capacity and ground connection electricity in parallel are provided at sys node
Resistance.
The electric foot 7 of chip A above-mentioned is grounded, and electric foot 6 is connected ground connection with resistance R24, and electric foot 5 is connected ground connection with capacitor C10；
The electric foot 6 of chip B is connected with 1, and LED P 1 is connected with the electric foot 7 of chip B by resistance R31, LED P 2 with
The electric foot 1 of chip B is connected by resistance R30；It is grounded after the electric foot 3 of chip B, 4 parallel connections；LED P 1, P2 parallel connection are followed by
Ground；Ground resistance R28 and ground capacity C16 is connected in parallel between the electric foot 1 of chip A and chip B electricity foot 2, forms filter circuit, separately
Charging current is more stable, uses the service life when extending battery.
The chip A are as follows: TL494CN, chip B are LM358.
The power board model: XH-M120 pam8610.
Current fluctuation larger drawback when the present invention overcomes, charge and discharge not perfect by original circuit coordinates function, extension make
With the time, the advantages of shortening the charging time.
Furthermore the present invention realizes solar energy, alternating current quick charge, and two-way charge circuit is mutually indepedent, isolation conversion；It is main
Machine is equipped with high power AC 220V power supply output port, maximum belt load-bearing capacity 500W；Host provides USB5V power supply terminal, directly
Flow 12V supply port；High-quality sound system built in system.Can play the memories such as SD card TF card USB flash disk mp3 wma wav it is more
Kind formatted file.Have the function of wireless blue tooth transmission, file broadcasting, FM receiver etc..Stereo double channel output is sinusoidal
Power 30W ﹡ 2；Machinery panel electronic instrument direct digital display charging current and voltage；High light large power LED built in machine
Projecting Lamp.The lamps and lanterns have highlighted, low bright and three kinds of working conditions of stroboscopic；When accumulator electric-quantity deficiency in machine, supports and connect outer
Portion's battery is to enhance power supply capacity；Solar panels bracket be from the telescopic of folding and unfolding, it is easy to carry.
Detailed description of the invention
Fig. 1 is structural frames line chart of the invention.
Fig. 2 is controller circuitry schematic diagram of the invention.
Fig. 3 is charging panel circuit diagram of the invention.
Fig. 4 is inverter circuit schematic diagram of the invention.
Specific embodiment
Illustrate with reference to the accompanying drawing, the present invention is further elaborated.
The multifunctional high-power mobile power source of solar energy and alternating current dual power supply of the present invention, mainly by solar energy
Plate, controller, charging panel, switch, relay, status displays, battery, inverter, LED state switching switch, power amplifier
Plate, USB module, SD decoding deck；It is characterized by: the emitter of the triode T3 of the solar panels anode and controller connects
It connects, the cathode of the plate of solar energy accesses the base stage of T3 after sequentially connecting with zener diode D6 and resistance R9；The triode
T3 collector is grounded after sequentially connecting with register IC3, resistance R4, R5；The collector and concatenated register IC3 it
Between capacitor C7 again in parallel, capacitor C7 other end ground connection；Capacitor is parallel between the register IC3 and concatenated resistance R4
C6, capacitor C6 other end ground connection；The G point of the register IC3 is grounded；The zener diode D6 and D4 is in parallel；It is described
Zener diode D4 connect with the input terminal S of the T1 of switch after switch the end the S company of switch T2 by conducting wire and LED state
It connects, the end D of T2 is cathode output end.
The cathode of solar panel is parallel with resistance R10, and the resistance R10 is connect with OC1 transistor emitters 4, collection
Electrode 5 and resistance R11 series connection are followed by insuring a F1 and to be connect with the anode of 12V battery；OC1 of the endpoint 1 and 2 it
Between be connected with diode D7；1 uplink of endpoint (left-hand) of the OC1 door sequentially becomes with resistance R7, integrating circuit IC1a, sliding
Resistance device VR1, resistance R1, diode D2 series connection insure after a F1, are connected to the anode of 12V battery；The integral electricity
It is parallel with resistance R6 and capacitor C3 at 1 point of road at 3 points between and；The value of the slide rheostat VR1 is set as 12.8V-16.1V
Between；Capacitor C2, resistance R2, the two are parallel on circuit between 1 point of the slide rheostat VR1a and integrating circuit
The other end be grounded；The cathode of capacitor C3 is connect after connecting with resistance R3 with temperature sensor, the other end of temperature sensor
Ground connection；Drawing for integrating circuit IC1a a little 1 is connect with the cathode 6 of integrating circuit IC1b, and the anode 5 of integrating circuit IC1b is introduced into product
The cathode 2 of parallel circuit IC1a between integrating circuit IC1b and IC1a and is connected to balancing circuitry J1；The output of integrating circuit IC1b
Point 7 is connect with after illuminating circuit series connection with diode D7；The illuminating circuit is that red diode just connects circuit, green two poles
The reversed access circuit of pipe, and red and green diode is parallel with one another；Circuit between the T1 and T2 of the switch is from upper
Capacitor C9, C8, diode D5 are parallel under.The G point of switch T is connect with integrating circuit IC2a output end；Integrating circuit
IC2a and IC2b are parallel with one another, and the output end of IC2b connects ground connection with resistance R15, green diode sequentially to show battery
Voltage levels, the high diode of voltage do not work, and diode is always on when voltage is lower, and issues yellow light.
The cathode 2 of the IC2a is connect with the O of register IC4 point, 4 points of companies that the G point of IC4 passes through conducting wire and IC2b
It connects, and is grounded；The I point of the IC4 is connect with the collector of triode T4, and the anode of emitter and LED light group connects, base stage
After sequentially being connect with resistance R8, diode D3, it is connect with the cathode of LED light group；LED light group is connected with switch；The IC4's
Capacitor C1 is parallel between O point and IC2b；It is in sequential series between the point 8 of the IC2a and the point 4 of IC2b to have slide rheostat
VR2, resistance R12, R13；The anode 3 of the IC2a is in parallel with slide rheostat, and the cathode 6 of IC2b is in parallel with resistance R13；It is sliding
The output end of dynamic rheostat VR2 and the contact Off of switch connect；It is in parallel between the emitter of the triode T4 and resistance R8
There is capacitor C4；The starting contact ON connection of the capacitor C4 cathode and switch；It is in parallel between the LED light group and diode D3
There is capacitor C5.
The multifunctional high-power mobile power source of solar energy and alternating current dual power supply according to claim 1, feature
Be: the inverter is made of chip IC, triode Q1, Q2, capacitor, resistance 1~15, resistance R6, R4, R3 series connection
Latter section connect with the cathode of 12V DC electricity, and the electric foot 2 of the other end and IC connect；Capacitor is in series between the electric foot 2,15 of IC
C6,C7；The electric foot 3 of the IC is connected in parallel at the node among capacitor C6, C7；Electric foot 15 is again in parallel with the front end of resistance R4；
The electric foot 13 of the IC is in parallel with the front end of resistance R3；The electric foot 14 of IC is in parallel with electric foot 13；IC electricity foot 4 by capacitor C2 with
Electric foot 13 is in parallel；Resistance R2 is connected between the electric foot 16 of IC and electric foot 4；The resistance R2 accesses electricity after connecting with capacitor C3
Hinder the front end of R3；The cathode of the capacitor C3 is grounded；It is exported after 8,11,12 parallel connection of electric foot of the IC by inductor L1
12V DC electricity；The electric foot 1,5,6,9,10 of the IC is gone here and there with slide rheostat WR1, capacitor C1, resistance R1, R2, R8 respectively
After connection, it is incorporated to transformer GR1 cathode output 220V voltage；The electric foot 7 is in parallel with R1.
The multifunctional high-power mobile power source of solar energy and alternating current dual power supply above-mentioned, it is characterised in that: described three
The base stage of pole pipe Q1 is connected in parallel between electric foot 9 and resistance R2, and emitter is first connected with resistance R15 with resistance R12 parallel connection again；It is described
The base stage of triode Q2 be connected in parallel between electric foot 10 and resistance R8, emitter it is first in parallel with resistance R13 again with resistance R14 string
Connection；Diode D3, D2, the collector point of triode Q1 and Q2 are parallel between the base stage and emitter of triode Q1 and Q2 respectively
It is not in parallel with transformer GR1 cathode；The slide plate of the sliding variable resistance is sequentially connected with resistance R7, diode D1, resistance R11
Afterwards, access transformer GR1 anode；The both ends of diode D1 are parallel with capacitor C5 and resistance R5 respectively；The one of the resistance R5
End ground connection；The coil of the transformer GR1 is provided with COM pipe Q3, Q4, Q5, Q6 parallel with one another two-by-two, the resistance
R12 is connect with the grid of COM pipe Q3, and R15 is connect with the grid of COM pipe Q4, and R13 is connect with the grid of COM pipe Q5, R14 and COM
The grid of pipe Q6 connects；The coil of the transformer GR1 is connect with 12v DC output end；The resistance R10 and capacitor C8
After series connection, one end is incorporated to the coil of GR1, and the other end is incorporated to the cathode of 12V DC electricity；Between the resistance R10 and capacitor C8
And it is connected to capacitor C4, the other end of capacitor C4 is incorporated to the rear end of inductor L1.
The multifunctional high-power mobile power source of solar energy and alternating current dual power supply above-mentioned, it is characterised in that: described fills
Battery plate is made of power transformer, transformer, capacitor, resistance, chip A, chip B, the 220V power supply series thermal-sensitive resistance
And fuse is connect with capacitor and rectifier bridge respectively after power transformer, and is grounded；Direct current through over commutation
After connecting with two phase adjusting circuits in parallel, then access transformer；Diode and triode reverse parallel connection composition protection electricity
Road is connect with the electric foot of chip A 8 and 11 respectively；Diode D10, D11 compose in parallel decompression once after current circuit in the same direction, go here and there with R13
Join the electric foot 13,14 of access chip A；；Diode D12, D13 compose in parallel decompression once after current circuit in the same direction, connect with inductor
The electric foot 1 of access chip A, another output 12V DC is electric, and ground capacity and ground connection electricity in parallel are provided at sys node
Resistance.
The electric foot 7 of chip A above-mentioned is grounded, and electric foot 6 is connected ground connection with resistance R24, and electric foot 5 is connected ground connection with capacitor C10；
The electric foot 6 of chip B is connected with 1, and LED P 1 is connected with the electric foot 7 of chip B by resistance R31, LED P 2 with
The electric foot 1 of chip B is connected by resistance R30；It is grounded after the electric foot 3 of chip B, 4 parallel connections；LED P 1, P2 parallel connection are followed by
Ground；Ground resistance R28 and ground capacity C16 is connected in parallel between the electric foot 1 of chip A and chip B electricity foot 2, forms filter circuit, separately
Charging current is more stable, uses the service life when extending battery.
The power board model: XH-M120 pam8610.
Working principle: by the unstable direct current of generation after solar panels reception sunlight, by controller to electricity
It is stored in battery after the adjustment that stream and voltage carry out.When external electrical appliance needs electricity consumption, system is closed
Switch, the electric energy of internal storage battery pass through the pressure stabilizing of controller, overcurrent protection, short-circuit protection, Cross prevention
After a series of processing, output 12V DC electricity.It is simultaneously illumination and sound system power supply.
Connecing the high-power integrated LED Projecting Lamp in 12V DC circuit has a state switcher, can be cut by switch
Change the working condition of the lamp: highlighted, low bright, quick-fried sudden strain of a muscle.
Direct current 12V voltage is converted to direct current 5V by the USB module connect in 12V DC circuit simultaneously, is USB charging interface
It can the power supply of SD decoding deck.
Inverter connects in storage battery power supply circuit, opens inverter switching device, that is, exportable 220V alternating current, maximum load
Power 500W.
When with commercial power charged, charging switch automatically cuts off solar charging electrical circuit, and it is big to stand alone as battery in machine
Electric current quick charge.
The machine working condition: the information such as charging current, battery voltage all pass through LED state display and show.
Can be by battery and interface is come multiple-connected battery, the machine electric power storage energy is improved to increase battery total capacity
Power.
Claims (10)
1. the multifunctional high-power mobile power source of solar energy and alternating current dual power supply, it is characterised in that: mainly by: solar panels,
Controller, charging panel, switch, relay, status displays, battery, inverter, LED state switching switch, power board,
USB module, SD decoding deck；It is characterized by: the emitter of the triode T3 of the solar panels anode and controller connects,
The cathode of the plate of solar energy accesses the base stage of T3 after sequentially connecting with zener diode D6 and resistance R9；The triode T3 collection
Electrode is grounded after sequentially connecting with register IC3, resistance R4, R5；Between the collector and concatenated register IC3 simultaneously
Capacitor C7, the capacitor C7 other end are grounded connection again；It is parallel with capacitor C6 between the register IC3 and concatenated resistance R4, electricity
Hold C6 other end ground connection；The G point of the register IC3 is grounded；The zener diode D6 and D4 is in parallel；The pressure stabilizing
Diode D4 is connect by conducting wire with the end S that LED state switches switch T2 after connecting with the input terminal S of the T1 of switch, the D of T2
End is cathode output end.
2. the multifunctional high-power mobile power source of solar energy according to claim 1 and alternating current dual power supply, feature exist
In: the cathode of solar panel is parallel with resistance R10, and the resistance R10 is connect with OC1 transistor emitters 4, collector 5
It is followed by insuring with resistance R11 series connection and F1 and be connect with the anode of 12V battery；Connect between OC1 of the endpoint 1 and 2
It is connected to diode D7；1 uplink of endpoint (left-hand) of the OC1 door sequentially with resistance R7, integrating circuit IC1a, slide rheostat
VR1, resistance R1, diode D2 series connection insure after a F1, are connected to the anode of 12V battery；The 1 of the integrating circuit
It is parallel with resistance R6 and capacitor C3 between point and at 3 points；The value of the slide rheostat VR1 is set as between 12.8V-16.1V；
Be parallel with capacitor C2, resistance R2 on circuit between 1 point of the slide rheostat VR1a and integrating circuit, the two it is another
End is grounded；The cathode of capacitor C3 is connect after connecting with resistance R3 with temperature sensor, the other end ground connection of temperature sensor；Product
Drawing for parallel circuit IC1a a little 1 is connect with the cathode 6 of integrating circuit IC1b, and the anode 5 of integrating circuit IC1b is introduced into integrating circuit
The cathode 2 of IC1a between integrating circuit IC1b and IC1a and is connected to balancing circuitry J1；The output point 7 of integrating circuit IC1b with
It is connect after illuminating circuit series connection with diode D7；The illuminating circuit is that red diode just connects circuit, and green diode is anti-
To access circuit, and red and green diode is parallel with one another；Circuit between the T1 and T2 of the switch is from top to bottom
It is parallel with capacitor C9, C8, diode D5；The G point of switch T is connect with integrating circuit IC2a output end；Integrating circuit IC2a and
IC2b is parallel with one another, and the output end of IC2b connects ground connection with resistance R15, green diode sequentially to show that the voltage of battery is high
Low, the high diode of voltage does not work, and diode is always on when voltage is lower, and issues yellow light.
3. the multifunctional high-power mobile power source of solar energy according to claim 2 and alternating current dual power supply, feature exist
In: the cathode 2 of the IC2a is connect with the O of register IC4 point, and the G point of IC4 is connected by 4 points of conducting wire and IC2b, and is connect
Ground；The I point of the IC4 is connect with the collector of triode T4, and the anode of emitter and LED light group connects, base stage sequentially with
After resistance R8, diode D3 connection, it is connect with the cathode of LED light group；LED light group is connected with switch；The O point of the IC4 with
Capacitor C1 is parallel between IC2b；It is in sequential series between the point 8 of the IC2a and the point 4 of IC2b to have slide rheostat VR2, electricity
Hinder R12, R13；The anode 3 of the IC2a is in parallel with slide rheostat, and the cathode 6 of IC2b is in parallel with resistance R13；Slide variable resistance
The output end of device VR2 and the contact Off of switch connect；Capacitor is parallel between the emitter and resistance R8 of the triode T4
C4；The starting contact ON connection of the capacitor C4 cathode and switch；Capacitor is parallel between the LED light group and diode D3
C5。
4. the multifunctional high-power mobile power source of solar energy according to claim 1 and alternating current dual power supply, feature exist
In: the inverter is made of chip IC, triode Q1, Q2, capacitor, resistance 1~15, after resistance R6, R4, R3 series connection
One section connect with the cathode of 12V DC electricity, and the electric foot 2 of the other end and IC connect；Be in series between the electric foot 2,15 of IC capacitor C6,
C7；The electric foot 3 of the IC is connected in parallel at the node among capacitor C6, C7；Electric foot 15 is again in parallel with the front end of resistance R4；It is described
IC electric foot 13 it is in parallel with the front end of resistance R3；The electric foot 14 of IC is in parallel with electric foot 13；IC electricity foot 4 passes through capacitor C2 and electric foot
13 is in parallel；Resistance R2 is connected between the electric foot 16 of IC and electric foot 4；The resistance R2 accesses resistance R3 after connecting with capacitor C3
Front end；The cathode of the capacitor C3 is grounded；12V is exported by inductor L1 after 8,11,12 parallel connection of electric foot of the IC
Direct current；The electric foot 1,5,6,9,10 of the IC, connects with slide rheostat WR1, capacitor C1, resistance R1, R2, R8 respectively
Afterwards, it is incorporated to transformer GR1 cathode output 220V voltage；The electric foot 7 is in parallel with R1.
5. the multifunctional high-power mobile power source of solar energy according to claim 4 and alternating current dual power supply, feature exist
In: the base stage of the triode Q1 is connected in parallel between electric foot 9 and resistance R2, emitter first it is in parallel with resistance R12 again with resistance
R15 series connection；The base stage of the triode Q2 is connected in parallel between electric foot 10 and resistance R8, and emitter is first in parallel with resistance R13 again
It connects with resistance R14；Be parallel with diode D3, D2 between the base stage and emitter of triode Q1 and Q2 respectively, triode Q1 and
The collector of Q2 is in parallel with transformer GR1 cathode respectively；The slide plate of the sliding variable resistance sequentially with resistance R7, diode D1,
After resistance R11 series connection, access transformer GR1 anode；The both ends of diode D1 are parallel with capacitor C5 and resistance R5 respectively；Described
One end of resistance R5 is grounded；The coil of the transformer GR1 is provided with COM pipe Q3, Q4, Q5, Q6 parallel with one another two-by-two, institute
The resistance R12 stated is connect with the grid of COM pipe Q3, and R15 is connect with the grid of COM pipe Q4, and R13 is connect with the grid of COM pipe Q5,
R14 is connect with the grid of COM pipe Q6；The coil of the transformer GR1 is connect with 12v DC output end；The resistance R10
After connecting with capacitor C8, one end is incorporated to the coil of GR1, and the other end is incorporated to the cathode of 12V DC electricity；The resistance R10 and electricity
Hold between C8 and be connected to capacitor C4, the other end of capacitor C4 is incorporated to the rear end of inductor L1.
6. according to right want 1 described in solar energy and alternating current dual power supply multifunctional high-power mobile power source, it is characterised in that:
The charging panel is made of power transformer, transformer, capacitor, resistance, chip A, chip B, the 220V power supply series connection
Thermistor and fuse are connect with capacitor and rectifier bridge respectively after power transformer, and are grounded；Through over commutation
Direct current connect with two phase adjusting circuits in parallel after, then access transformer；Diode and triode reverse parallel connection group
It is connect respectively with the electric foot of chip A 8 and 11 at protection circuit；Diode D10, D11 compose in parallel decompression once after current circuit in the same direction,
It connects with R13 the electric foot 13,14 of access chip A；；Diode D12, D13 compose in parallel decompression once after current circuit, with inductance in the same direction
The electric foot 1 of device series connection access chip A, another output 12V DC is electric, and ground capacity in parallel is provided at sys node and is connect
Ground resistance.
7. according to right want 6 described in solar energy and alternating current dual power supply multifunctional high-power mobile power source, it is characterised in that:
The electric foot 7 of the chip A is grounded, and electric foot 6 is connected ground connection with resistance R24, and electric foot 5 is connected ground connection with capacitor C10；The electricity of chip B
Foot 6 is connected with 1, and LED P 1 is connected with the electric foot 7 of chip B by resistance R31, the electricity of LED P 2 and chip B
Foot 1 is connected by resistance R30；It is grounded after the electric foot 3 of chip B, 4 parallel connections；It is grounded after LED P 1, P2 are in parallel；Ground connection electricity
Resistance R28 and ground capacity C16 is connected in parallel between the electric foot 1 of chip A and chip B electricity foot 2, forms filter circuit, another charging current
It is more stable, the service life is used when extending battery.
8. according to right want 1 described in solar energy and alternating current dual power supply multifunctional high-power mobile power source, it is characterised in that:
The device of the invention realizes solar energy, alternating current quick charge, and two-way charge circuit is mutually indepedent, isolation conversion；Host is equipped with
High power AC 220V power supply output port, maximum belt load-bearing capacity 500W；Host provides USB5V power supply terminal, and direct current 12V is supplied
Electric port；High-quality sound system built in system；Can play the memories such as SD card TF card USB flash disk mp3 wma wav multiple format
File；Have the function of wireless blue tooth transmission, file broadcasting, FM receiver etc.；Stereo double channel exports sinusoidal power
30WX2；Machinery panel electronic instrument direct digital display charging current and voltage；High light large power LED light projector built in machine
Lamp；When accumulator electric-quantity deficiency in machine, supports and connect external cell to enhance power supply capacity；Solar panels bracket is from folding and unfolding
It is telescopic, it is easy to carry.
9. according to right want 6 described in solar energy and alternating current dual power supply multifunctional high-power mobile power source, it is characterised in that:
The chip A is TL494CN, and chip B is LM358.
10. according to right want 1 described in solar energy and alternating current dual power supply multifunctional high-power mobile power source, feature exists
In: the power board model: XH-M120 pam8610.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201910246832.4A CN110247445A (en) | 2019-03-29 | 2019-03-29 | The multifunctional high-power mobile power source of solar energy and alternating current dual power supply |
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| CN201910246832.4A CN110247445A (en) | 2019-03-29 | 2019-03-29 | The multifunctional high-power mobile power source of solar energy and alternating current dual power supply |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116760171A (en) * | 2023-08-14 | 2023-09-15 | 中业裕禄农业科技集团有限公司 | Intelligent machine power supply energy storage interactive switching system |
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2019
- 2019-03-29 CN CN201910246832.4A patent/CN110247445A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116760171A (en) * | 2023-08-14 | 2023-09-15 | 中业裕禄农业科技集团有限公司 | Intelligent machine power supply energy storage interactive switching system |
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