TWM508158U - Multi-functional power energy storage device - Google Patents

Description

Multifunctional electric energy storage device

This creation is about a multi-functional power energy storage device, especially a multi-functional power energy storage device with multiple power input channels and multiple power output channels for users to choose and use for home and carry-out.

According to electricity, electricity is one of the most important energy sources in general life. All kinds of electrical appliances must use electricity as the driving power source. Generally, household appliances use AC or DC power, and they adopt direct power connection mode. However, because all of them are directly connected to electricity, if a natural disaster or man-made disaster (such as a major earthquake) occurs, resulting in a large-scale blackout, the home appliance is completely unusable, resulting in great inconvenience in life. The biggest missing use for direct power connection. Moreover, if the home appliance is used for outdoor use, it is inconvenient to find a power supply. Therefore, some operators have developed a mobile power source that can provide both AC and/or DC, which can be carried by the public for general use. The home appliance is plugged in when it is out.

However, the most important thing is to use the power supply of the conventional mobile power. The first thing to do is to plug in the mains and charge it fully, so that it can be carried out from time to time. However, the frequent use is that it often forgets to charge when you go out and use it when you go out. It is found that the mobile power supply is useless; or, although it is charged and fully charged, it has been used for a long time (months or years) because of the full charge. Therefore, the power industry has declined, which also causes the use of the power. inconvenient. Therefore, there is a mobile power supply, but the user still feels that it is not ideal for use.

In response to the above shortcomings, the creator is deeply conceived in research and development, with a view to improving, and after a long period of hard work, there is no such creation.

The main purpose of this creation is to provide a multi-functional power energy storage device with multiple power input channels and multiple power output channels for users to choose from, and is suitable for home use and carrying out.

In order to achieve the above objective, the present invention provides an electric energy storage device having a casing body having at least one AC output socket and at least one DC output connector on the front side; a controller is disposed in the uppermost space of the interior, the controller The surface is exposed outside the outer casing of the outer casing. The controller is provided with a set of DC input connector blocks and a set of AC input connectors on the surface, and the remaining layer space is provided with a power energy storage device; the controller and the DC input connector block, The AC input connector, the AC output socket, the DC output connector and the power energy storage device are electrically connected; the DC input connector is for inputting DC power, the AC input connector is for inputting AC power, and the controller receives the input DC power And/or alternating current, converted to direct current and rectified and regulated, and then transmitted to the power energy storage for storage; the AC output socket is for outputting alternating current, and the direct current output connector is for outputting direct current.

In the above-mentioned power energy storage device, a display panel is disposed on the surface of the housing body, and the display panel is electrically connected to the controller for displaying the value of the power stored in the power energy storage.

In the above electric energy storage device, the DC input connector is connected to a power connection line of the solar photovoltaic module.

In the above electric energy storage device, the DC input connector is connected to a power connection line of the wind power generation module.

In the above electric energy storage device, the AC input connector is connected to a general household AC power source.

In the above electric energy storage device, the AC output socket is connected to a power line of the AC electrical appliance.

In the above electric energy storage device, the DC output connector is connected to a power line of the DC electric appliance.

In the above electric energy storage device, the controller may select the AC power priority use or select the DC power priority use.

In the above-mentioned electric energy storage device, the controller can select to be charged by the commercial power at a low power price time via a time setting, and the high power price stops the commercial power and switches to the power supply by the power energy storage.

1‧‧‧Electric energy storage device

10‧‧‧Shell body

11‧‧‧ bracket

12‧‧‧Surface panel

21‧‧‧AC output socket

22‧‧‧DC output connector

23‧‧‧ display panel

30‧‧‧Electric energy storage

40‧‧‧ Controller

41‧‧‧Back surface

43‧‧‧DC input connector

44‧‧‧AC input connector

B‧‧‧Solar Photovoltaic Power Module

C‧‧‧Wind power module

D‧‧‧AC power supply

E‧‧‧AC electrical appliances

F‧‧‧DC electrical appliances

The first figure shows an external perspective view of the present embodiment.

The second figure shows another perspective view of the present embodiment.

The third figure is a perspective perspective view of the present embodiment.

The fourth figure is another perspective perspective view of the present embodiment.

The fifth figure shows a schematic diagram of the use of the present embodiment.

The sixth figure shows another schematic diagram of the use of the present embodiment.

In order to achieve the above objectives, the technical means and the achievable effects of the present invention, the following preferred embodiments are described in detail with reference to the accompanying drawings, which can be fully understood.

As shown in the first to second embodiments, the present invention is a multi-functional power energy storage device 1 having a housing body 10 which is composed of a plurality of brackets 11 and a plurality of surface panels 12, and an internal portion is formed. The large front surface panel 12 is provided with a plurality of AC output sockets 21 and a plurality of DC output connector sockets 22, and a display panel 23 is provided.

Referring to the third to fourth figures, which is a perspective perspective view of the power energy storage device 1, the inside of the casing body 10 is divided into a plurality of layers by a plurality of lateral brackets 11 (for example, divided into three layers of space), wherein the number is lower A plurality of power energy storage devices 30 are simultaneously disposed in the layer space (for example, the lower two-layer space) In the uppermost space, a controller 40 is disposed. The rear surface 41 of the controller 40 is exposed from the surface panel 12 behind the casing body 10. The controller 40 is provided with a set of DC input connectors on the rear surface 41. 43 and a set of AC input connectors 44, wherein the DC input connector block 43 is used for connecting (connecting) the DC input connector, for example, a connector for the power connection of the solar photovoltaic module or the wind power module. (connected); the AC input connector 44 is connected (connected) to a general household AC power source (ie, mains); the circuit is equipped with the controller 40 and the DC input connector block 43, the AC input connector 44, and the power The energy storage device 30, the AC output socket 21, the DC output connector block 22 and the display panel 23 are electrically connected.

Referring to FIG. 5, in use, the controller 40 can receive a direct current or an alternating current input. When the direct current input is performed, the direct current input terminal 43 is used for connecting (connecting) the power supply line of the direct current power supply. The obvious use example is as follows. When the solar photovoltaic power generation module B or the wind power generation module C is used for DC input, the power connection cable connector of the solar photovoltaic power generation module B or the wind power generation module C and the DC input connector socket 43 are used. Connected (connected) to input DC power into the controller 40; when using the AC power supply (ie, mains) of the general household for AC input, the power connection connector of the AC power supply D (ie, mains) of the household is The AC input connector 44 is connected (connected) to input AC power into the controller 40; then when the controller 40 receives a DC or AC input, the internal control circuit converts the AC power to DC power, and then all The DC power is rectified and regulated, and then transmitted to each of the power energy storage devices 30, and the values of the power stored in each of the power energy storage devices 30, for example, voltage and Values such as current are displayed on the display panel 23.

In use, the controller 40 can output direct current or alternating current for use, as shown in the sixth figure, the power line of the general AC electrical appliance E is connected (connected) to the AC output socket 21, so the AC electrical appliance E can be The controller 40 obtains the use of the alternating current, and the output of the alternating current has two possibilities, if the controller 40 At the same time, when the AC power (ie, mains) of the general household is input to the alternating current, the alternating current appliance E is directly used to supply the alternating current power D (ie, the mains), and of course, the alternating current supplied by the alternating current power D (ie, the mains), Some of the controllers 40 are converted to direct current transmissions to the respective power energy storage devices 30 for storage; if the AC power is output, the controller 40 is not simultaneously input by the general household AC power source D (ie, commercial power). When AC power (for example, a power failure or a DC power input), the controller 40 converts the DC power stored in the power energy storage 30 into an AC power to supply the AC E; if the DC power is used The DC power device F (for example, a notebook computer, a mobile phone, etc.) can be plugged into the DC output connector block 22, and can be directly obtained through electrical connection between the DC output connector block 22 and the controller 40. The DC power is supplied to the DC appliance F.

The AC output sockets 21 can be set to output different voltage values, thereby expanding the use range, for example, the voltage value is between 100V and 120V, or the voltage value is between 220V and 250V. The AC appliance E within the set voltage range obtains appropriate AC usage from the AC outlets 21. At the same time, the AC output sockets 21 can also be selected to be outputted at different frequencies, for example, the selected set frequency is 50 Hz or the set frequency is 60 Hz for the range of the set frequency values. AC appliance E matches. By the same token, the DC output connector blocks 22 can also be set to output different voltage values, so as to expand the range of use, for example, it can be set to 12V or 24V to select the DC voltage for the set voltage value range. Device F is used to match the DC power.

In the use of the present invention, it is further possible to select an alternating current (AC) priority use or a direct current (DC) priority use via the controller 40. When AC power is preferentially used, an AC power source D (ie, utility power) is inserted, that is, DC power input (ie, charging) is performed on each power energy storage device 30 via the controller 40, and the AC power source D is directly supplied (ie, Mains) is used for general AC E; when each electric energy storage 30 When the charging is full, the controller 40 stops charging the respective power energy storage devices 30, and is still directly supplied by the AC power source D (ie, the commercial power) to the general AC electrical appliance E; if the AC power source D (ie, the mains) stops supplying power ( When the power is cut off or the cable is removed, the controller 40 switches to be powered by each of the power energy storages 30, and converts the DC power into an AC power supply for use by the general AC appliance E. When DC power (DC) is selected for priority use, a plug-in AC power source D (ie, utility power) also directly inputs (ie, charges) each power energy storage device 30 via the controller 40, and directly supplies the AC power source D (ie, The utility model is used for the general AC appliance E; when each of the power energy storage devices 30 is fully charged, the controller 40 stops charging the respective power energy storage devices 30, and stops the power supply of the AC power source D (ie, the commercial power), and switches to Power is supplied from each of the power energy storage devices 30, that is, the direct current power is converted into an alternating current power supply for use by the general alternating current appliance E; when the overall power is exhausted to a set low value, the controller 40 is switched to the alternating current power source D (ie, the commercial power). The power is supplied, and each of the power energy storages 30 is charged at the same time. Therefore, the controller 40 can further select to charge the AC power source D (ie, the mains) at a low power price time via the time setting, and stop the AC power source D (ie, the utility power) at a high power price and switch to be powered by the power energy storage 30. To save on electricity bills.

It can be seen from the above description that the power energy storage device 1 of the present invention can obtain power input through various ways, for example, the DC power input can be obtained through the solar photovoltaic power generation module B, and the DC power input can be obtained through the wind power generation module C, and The AC input is obtained through the general AC power source D. Of course, there is no other way and manner to obtain the power input; in use, the power output can also be obtained through various ways, for example, the AC output can be obtained through the AC output sockets 21, and The DC output can be obtained via the DC output connector block 22, although it is not excluded that there are other ways and means to obtain the power output.

It must be emphasized that because the AC appliance F is plugged into the AC power supply (commercial power) when it is used at home, this is a common and normal use of the general public. The energy storage device 1 is also regarded as an electrical appliance when it is used at home, and is directly plugged into the AC power source D (commercial power), so the created power energy storage device 1 is charged at any time; then the user can store the power energy for the creation Device 1 is directly selected to use direct current and/or use alternating current to supply electrical appliances. The most important thing is that the power energy storage device 1 is plugged into the AC power source D (mains) at any time when it is used at home, so if the sudden power failure occurs, the power energy storage device 1 becomes A power supply that provides DC and AC power for general home use. Then, when the mobile power storage device 1 and the AC power source D (commercial power) are disconnected (extracted), the power energy storage device 1 can be carried out as a whole, and the same It can be used for direct current and/or alternating current. When it is outdoors, the solar power generation module B and/or the wind power generation module C can be used to charge the creative power energy storage device 1, so that it is not used at all. It is convenient and practical to use.

In summary, the present invention can achieve the intended function and purpose, and the detailed description can be implemented by those skilled in the art, and the above embodiments are only used to illustrate the creation, all equivalent structures. The change still does not deviate from the scope of the rights of this creation.

1‧‧‧Electric energy storage device

10‧‧‧Shell body

11‧‧‧ bracket

12‧‧‧Surface panel

21‧‧‧AC output socket

22‧‧‧DC output connector

23‧‧‧ display panel

Claims (9)

An electric energy storage device having a casing body having at least one AC output socket and at least one DC output connector on the front side; a controller is disposed in the uppermost space of the interior, and the surface of the controller is exposed from the outside of the casing A set of DC input connector and a set of AC input connectors are disposed on the surface of the controller, and the remaining layer space is provided with a power energy storage device; the controller and the DC input connector, the AC input connector, the AC output socket, and the DC The output connector base and the power energy storage device are electrically connected; the DC input connector base is for inputting direct current, the AC input connector is for inputting alternating current, and the controller receives input DC and/or alternating current, converts to direct current and The rectifier is regulated and transmitted to the power energy storage for storage; the AC output socket is for outputting AC power, and the DC output connector is for outputting DC power. The power energy storage device of claim 1, wherein a surface of the casing body is provided with a display panel, and the display panel is electrically connected to the controller for displaying the power energy storage device. The value of electricity. The power energy storage device of claim 1 or 2, wherein the DC input connector is connected to a power connection line of the solar photovoltaic module. The power energy storage device according to claim 1 or 2, wherein the DC input connector is connected to a power connection line of the wind power generation module. The power energy storage device of claim 1 or 2, wherein the AC input connector is for a general household AC power connection. The power energy storage device of claim 1 or 2, wherein the AC output socket is connected to a power line of the AC appliance. The power energy storage device of claim 1 or 2, wherein the DC output connector is connected to a power line of the DC device. The power energy storage device of claim 1 or 2, wherein the controller can select the alternating current priority use or select the direct current priority use. The power energy storage device according to claim 1 or 2, wherein the controller can select, by time setting, charging by the commercial power at a low power price, stopping the commercial power at the high power price and switching to the power energy storage device. powered by.