CN205883029U - Power output control ware - Google Patents

Abstract

The utility model discloses a power output control ware, this power output control ware inside has specific circuit structure, make its accessible push down or lift up the driving lever, to connect convenient the changing in the series connection or between connecting in parallel of electric device above that, and need not again plug electrode plug or build corresponding output circuit, the series connection or the parallelly connected voltage output that are used for solar cell panel that can be extensive, the output conversion of power electricity generation subassembly and other various need establish ties and parallelly connected between the electric linking module that uses of conversion etc.

Description

A kind of power supply o controller

Technical field

The present invention relates to electroporation field, particularly relate to the series-parallel controller part of a kind of electric power system.

Background technology

At present, when traditional power supply Power Supply Assembly uses in different situations, it is often necessary within power supply module Each discrete electricity generation module carries out serial or parallel connection use, to change output voltage or the output electric current etc. of power supply module, especially It is in current field of photovoltaic power generation, often carries out connecting and used in parallel by each generating unit solar panel, To measure various electrical parameter such as its Open Output Voltage, maximum output current etc., and carry out being correlated with such as characteristics such as outputs Calculating.

But in traditional power supply module, if being made each discrete electricity generation module into parallel connection by series connection, or made into string by parallel connection Connection, it usually needs by the power output plug of each discrete electricity generation module to connect on panel grafting again the most loaded down with trivial details, especially Carry out the link tested at photo-voltaic power supply assembly, need to be carried out by each discrete electricity generation module frequently the conversion of series and parallel, sternly Heavily have impact on testing efficiency.

Summary of the invention

It is an object of the invention to provide a kind of power supply o controller, it can make to be connected on its panel easily Discrete electricity generation module or other various electricity components are changed between cascade and parallel form and are inserted without again plugging electrode Head or change and tear circuit open.

For reaching this purpose, the present invention by the following technical solutions:

A kind of power supply o controller, it connects the connectivity port comprising at least two pairs of positive and negative electrodes on panel, its feature It is:

Also include inside it:

A. an anelectrode set wire and a negative electrode set wire；

The connectivity port of the most each positive and negative electrode all has a conduction plectrum to be attached thereto；

C. between each negative electrode connectivity port and next stage anelectrode connectivity port, all have wire between an electrode, negative Electrode connecting end mouth and next stage anelectrode connectivity port all can by wire between its respective conduction plectrum and described electrode even Connect or disconnect.

Wherein the conduction plectrum of afterbody negative electrode connectivity port is electrically connected on negative electrode set wire, and remaining is each The conduction plectrum of negative electrode connectivity port both can be allocated on negative electrode set wire, it is possible to is allocated to this negative electrode port and next stage Between the electrode between anelectrode on wire；

The conduction plectrum of first order anelectrode connectivity port is fixedly attached on anelectrode set wire, remaining each anelectrode The conduction plectrum of connectivity port both can be allocated on anelectrode set wire, it is possible to is allocated to this anelectrode port and upper level negative electrode Between the electrode between port on wire.

Between described set wire, conduction plectrum and electrode, wire is aluminum or copper material.

Accompanying drawing explanation

Fig. 1 is the internal circuit configuration schematic diagram in the specific embodiment of the invention；

Fig. 2 is the structural section figure of MM1 dotted line along Fig. 1 in the specific embodiment of the invention.

Detailed description of the invention

Further illustrate technical scheme below in conjunction with the accompanying drawings and by detailed description of the invention.

Fig. 1 is power supply o controller internal circuit configuration schematic diagram in the specific embodiment of the invention.As it is shown in figure 1, A kind of power supply o controller, its exterior panel includes 6 align negative pole port, and wherein positive pole port is 101 to 106, corresponding Negative pole port be 201 to 206, each electrode ports all has a conduction plectrum connected.First order positive pole port 101 Conduction plectrum is fixedly attached on anelectrode set wire 107, between first order negative pole port 201 and second level positive pole port 102 Having wire between an electrode, between this electrode, get an electric shock and be labeled as being 301,401 in wire two ends；The like, every one-level negative electrode end Wire between an electrode, the conduction plectrum of afterbody negative electrode port 206 is all had to fix between mouth and next stage anelectrode port It is connected on negative electrode set wire 207.

This power supply o controller using method is as follows:

Electronic component, the such as both positive and negative polarity of the power output plug of 6 discrete electrification components are inserted into 6 pairs of both positive and negative polarities respectively On port.If the conduction plectrum of anelectrode port 102 to 106 is allocated on anelectrode set wire 107, negative electrode port simultaneously The conduction plectrum of 201 to 205 is allocated on negative electrode set wire 207, and now between 5 strip electrodes, wire and 6 aligns negative pole and electrically breaks Opening, 6 discrete electrification components are parallel form；If the conduction plectrum of anelectrode port 102 to 106 is allocated between 5 strip electrodes respectively On 301 to 305 contacts of wire, the conduction plectrum of negative electrode port 201 to 205 is allocated on 401 to 405 contacts simultaneously, and now 6 It is cascade that component founds electrification component, and between anelectrode port 101 and negative electrode port 206, voltage is the total electricity of series connection output Pressure.

Fig. 2 be in the specific embodiment of the invention power supply o controller structure by the sectional view of MM1 dotted line in Fig. 1.

As in figure 2 it is shown, this power supply o controller is provided with two spanners 108,208.One end of spanner 108 is placed in power supply O controller enclosure, is all mechanically connected with the conduction plectrum of each positive pole port；One end of spanner 208 is placed in electricity equally Source o controller enclosure, is all mechanically connected with the conduction plectrum of each negative pole port；108, the other end of 208 is respectively positioned on Outside power supply o controller shell, power supply o controller this legend of shell is not drawn into.

During use, if being lifted by spanner 108, then the conduction plectrum left end of anelectrode port 102 falls, and makes anelectrode port 102 are electrically connected with anelectrode set wire 107, and between electrode, the contact 301 of wire disconnects；If spanner 108 being depressed, the most just The conduction plectrum left end of electrode ports 102 lifts and right-hand member falls, and makes anelectrode port 102 break with anelectrode set wire 107 Open, be connected with the contact 301 of wire between electrode；When in like manner spanner 208 lifts, negative electrode port 201 is connected to negative electrode set On wire 207, when spanner 208 is depressed, negative electrode port 201 is connected with the contact 401 of wire between electrode.

Therefore, using this kind of frame for movement, when being lifted by spanner 108 and 208, this power supply o controller is in parallel defeated Going out form, and depressed by spanner 108 and 208, power supply o controller is series connection output form.Therefore, can be easily in series connection And switch between parallel form.

The above, the only present invention preferably detailed description of the invention, but protection scope of the present invention is not limited thereto, Any it is familiar with the people of this technology in the technical scope that disclosed herein, the change that can readily occur in or replacement, all should contain Within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with scope of the claims.

Claims (2)

1. a power supply o controller, its connection panel comprises the connectivity port of at least two pairs of positive and negative electrodes, and its feature exists In:

Also include inside it:

A. an anelectrode set wire and a negative electrode set wire；

The connectivity port of the most each positive and negative electrode all has a conduction plectrum to be attached thereto；

C. between each negative electrode connectivity port and next stage anelectrode connectivity port, all have wire between an electrode, negative electrode Connectivity port and next stage anelectrode connectivity port all can be connected or disconnected with wire between described electrode by respective conduction plectrum Open；

Wherein the conduction plectrum of afterbody negative electrode connectivity port is electrically connected on negative electrode set wire, remaining each negative electricity The conduction plectrum of connectivity port, pole both can be allocated on negative electrode set wire, it is possible to is allocated to this negative electrode port and next stage positive electricity Between the electrode between pole on wire；The conduction plectrum of first order anelectrode connectivity port is fixedly attached to anelectrode set wire On, the conduction plectrum of remaining each anelectrode connectivity port both can be allocated on anelectrode set wire, it is possible to is allocated to this positive electricity end Between the electrode between mouth and upper level negative electrode port on wire.

A kind of power supply o controller the most according to claim 1, it is characterised in that:

Between described set wire, conduction plectrum and electrode, wire is aluminum or copper material.