TWM621677U - Electricity trading device and electric equipment using same - Google Patents

Abstract

The present invention refers to a power trading device, which at least has a body and a trading circuit set on the body, for connecting with a portable energy storage device and a main battery through the trading circuit, and using the trading circuit to transfer power Switching and trading can reduce the charging frequency of the main battery and the number of times of plugging and unplugging the connector, which can effectively prolong its service life, and at the same time, it can activate the green energy industry and create a sharing economy in the power market.

Description

Electricity trading device and electric equipment using it

This creation belongs to the trading technology field of a power sharing economy, and specifically refers to a power trading device that combines power conversion and power currency trading, so as to enable electric equipment to preferentially use portable energy storage devices, so as to reduce the consumption of the main battery. Charging frequency and usage rate, thereby extending its service life.

According to the press, due to the crisis of energy shortage caused by the depletion of reserves of traditional energy sources such as coal and oil, coupled with its serious pollution to the environment, more and more electric equipment such as transportation vehicles use electricity as energy; For a car, the drive unit is usually based on a motor, and a battery connected to the motor is installed on the car body, and the battery provides the energy required by the motor, and the battery will continue to consume electricity after the motor is running. Therefore, continuous charging is required to increase the charging frequency, which accelerates the consumption of the battery and shortens its service life.

In addition, more and more electric vehicle batteries are currently being exchanged, that is, some batteries are placed in the battery supply station for pre-charging. The supply station pre-charges the battery for replacement to save the waiting time for charging. However, it requires constant plugging and unplugging of the battery, which causes the battery connector to wear out, which not only shortens the service life of the battery and the connector, but may even cause looseness during driving. The phenomenon of poor contact occurs, which seriously affects the driving safety.

In fact, due to the recent development of science and technology, the efficiency and stability of green energy (hereinafter referred to as green energy) such as solar energy, wind power, water power, and tidal current have been greatly improved, and the shortcomings of high cost and instability in the past have been overcome. It has increased the willingness of general households and industrial applications, and can even be used by individuals, families or small enterprises (hereinafter referred to as individuals) to invest in the green energy industry.

In other words, if ordinary individuals can use the green energy produced by themselves through exchange and trading, so that the green energy industry can be popularized to small individuals, it will help to solve the above problems, and can effectively create and revitalize Green energy industry, this is what the industry expects, and it is also what this creation intends to explore.

In view of this, the author has conducted in-depth discussions on the problems faced in the use of existing batteries and electricity transactions, and through years of experience in R&D and manufacturing in related industries, through continuous efforts to improve and trial production, finally successfully developed a kind of electric power. The transaction device can overcome the shortcoming and inconvenience of easy damage caused by the battery exchange and charging method.

Therefore, the main purpose of this creation is to provide a power trading device, which can reduce the charging frequency and the number of times of plugging and unplugging the main battery, so as to effectively protect the main battery and prolong the service life of the main battery.

In addition, another main purpose of this creation is to provide a power trading device, so as to allow ordinary individuals to use electricity to conduct transactions, and to activate the green energy industry, so that all the people can effectively use green energy, and can create an electricity market. Sharing economy, and then solve the problem of energy shortage, and further revitalize the economy.

Based on this, the present invention mainly realizes the aforementioned purpose and effect through the following technical means, which can be used to connect a portable energy storage device and a main battery for power conversion and trading, and the power trading device at least includes: :

a body, which has an accommodating slot for selectively inserting the portable energy storage device;

A transaction circuit has at least one processing unit, and the processing unit is connected to a memory unit with at least one transaction program built in, and the processing unit is connected to a communication transmission unit for connecting to an external network, and the processing unit is connected to There is a display unit, and the processing unit is connected with a power management unit, wherein the power management unit can form an electrical connection with the main battery, and the power management unit is connected with a connecting electrical port, the connecting electrical port can be used for the aforementioned The portable energy storage device is selectively connected, and the processing unit is connected with a near-field sensing unit.

Therefore, through the specific implementation of the above technical means, the power trading device of the present creation enables ordinary individuals to use a portable energy storage device for power conversion and power currency trading, which can reduce the charging frequency and connection of the main battery. It can effectively prolong its service life and activate the green energy industry, so that all the people can effectively use green energy, and can create a sharing economy in the electricity market, thereby solving the problem of energy shortage, thereby increasing the added value of products, and improve its economic efficiency.

In order to enable your reviewers to further understand the composition, features and other purposes of this creation, the following is a preferred embodiment of this creation, and it is explained in detail with the drawings as follows, and at the same time, those who are familiar with this technical field can implement it.

This creation is an electric power trading device. The technical content of this creation is described below through specific embodiments, so that those skilled in the art can easily understand the advantages and effects of this creation from the content disclosed in this specification. However, the present invention can also be implemented or applied by other different specific implementation forms. Therefore, all references to the specified dimensions, front and rear, left and right, top and bottom, upper and lower, and horizontal and vertical in the specific embodiments of this creation and its components in the accompanying illustrations are for convenience only. The description does not limit this creation, nor does it limit its components to any position or spatial direction, and changes can be made according to the design and requirements of specific embodiments of this creation without departing from the scope of the patent application of this creation.

Please refer to the first and second figures for the detailed structure of the power trading device of this creation. The power trading device (100) is composed of a body (10) and a trading circuit (20), wherein the trading circuit ( 20) It can be installed on the body (10), and the body (10) has an accommodating slot (15) for selectively inserting a portable energy storage device (50). The energy device (50) can form an electrical connection with the transaction circuit (20), so that the portable energy storage devices (50) can perform power conversion and electricity currency transactions through the power transaction device (100);

The transaction circuit (20) also includes at least a processing unit (21), a memory unit (22), a communication transmission unit (23), a display unit (24), a power management unit (25), a connection An electrical port (26) and a near-field sensing unit (27), wherein the processing unit (21) can be used to execute built-in programs and process various data, and the memory unit (22) connected to the processing unit (21) contains at least There is a built-in transaction program (220) and stores various transaction data, and the communication transmission unit (23) of the connection processing unit (21) can be connected to an external transaction management server device (60) by wireless technology or wired technology for processing. The connection is used to transmit various transaction data, and the transaction program (220) has the functions of management, operation of converted power and selection of transaction mode, and the display unit (24) connected to the processing unit (21) can be installed in the aforementioned body (10). ) external surface for displaying the functions, data and power of the aforementioned transaction program (220), and the display unit (24) can have a touch function, so that it has the function of operating the transaction program (220), and the power management unit (25) The aforementioned processing unit (21) and the display unit (24) can be connected, and the power management unit (25) can be connected to at least one external main battery (30) and at least one external load (40), and the The power management unit (25) is connected to the electrical connection port (26) provided in the accommodating slot (15) of the body (10), for the aforementioned portable energy storage device (50) to be selectively plugged in, so that the power The management unit (25) can be used to manage the power output and input conversion of the loads (40) between the main battery (30) and the portable energy storage device (50), so that the portable energy storage device (50) ) can be defined as an auxiliary battery application, and the near-field sensing unit (27) of the connection processing unit (21) can be a sensing element such as NFC, Bluetooth, etc., which can be used to communicate with the portable energy storage device (50). ) mutual induction, for the transaction transfer of a power coin. According to some embodiments, the power management unit ( 25 ) is further connected to at least one charging and discharging port ( 280 ) provided outside the body ( 10 ) through a buck-boost converting circuit ( 28 ). The charging and discharging port ( 280 ) It can be a USB charging and discharging port for external charging and discharging, such as mobile phone charging or navigation device. Furthermore, according to some embodiments, the processing unit (21) is further connected with at least one operation button (29) provided outside the body (10) for selection and setting of functions. According to some embodiments, the processing unit (21) is further connected with a data conversion calculation unit (90), and the data conversion calculation unit (90) may have a global positioning unit (91) (such as GPS) and a mileage conversion unit (92), for calculating power consumption and travel distance, so that the power trading device (100) can further calculate the digital points of equivalent cash, virtual currency or carbon rights and other valuable assets for trading.

Thereby, it is possible to form a power transaction device that can perform power conversion and can be used for transaction transmission.

The power trading device (100) of the present creation can be applied to general electric equipment. As shown in the third, fourth and fifth figures, the power trading device (100) can be applied to an electric vehicle (80), and the electric vehicle ( The front and rear ends of the frame (81) of 80) are respectively provided with a front wheel (82) and a rear wheel (83), and the electric vehicle (80) can be connected to a power control device (45) through a main battery (30). The load (40) is such as a motor, so that the main battery (30) can provide power to the load (40) such as a motor to drive the electric vehicle (80), and the electric vehicle (80) is provided with the power transaction of the present creation on the handle Device (100), the power trading device (100) can be connected to the main battery (30) and the load (40), and the power trading device (100) can communicate with the communication transmission unit (23) of the trading circuit (20) The remote transaction management server device (60) is connected, and the body (10) accommodating slot (15) of the power transaction device (100) can be selectively inserted into a portable energy storage device (50), The electrical connection can be formed through the connection electrical port (26) of the transaction circuit (20);

The portable energy storage device (50) can store electricity with a specific capacity, and the portable energy storage device (50) can convert the remaining power capacity into a virtual capacity power currency, and the portable energy storage device (50) The portable energy storage device (50) can further accumulate a virtual available power currency after using the capacity power coins, so that the portable energy storage device (50) can use its power capacity, capacity power coins and available power coins Perform power conversion and power currency transactions with the power trading device (100);

In operation, when the user wants to ride the electric vehicle (80), the personal portable energy storage device (50) can be directly inserted into the body (10) of the power transaction device (100) to accommodate the socket. in the slot (15), and the portable energy storage device (50) can form an electrical connection with the transaction circuit (20) through the connection port (26), and the power transaction device (100) can use the transaction circuit The near-field sensing unit (27) of (20) senses and detects the data recorded in the portable energy storage device (50), such as power capacity, capacity power coins, and available power coins, so that the power transaction device (100) can The aforementioned data and the power capacity of the main battery (30) are displayed on the display unit (24), and the power transaction device (100) is connected to the remote transaction management server device (60) through the communication transmission unit (23) for use Registration, verification and data login of user information and equipment for users to interpret and select transaction modes;

Example 1 Choosing to ride with its own portable energy storage device (50)

When the power transaction device (100) displays that the user's portable energy storage device (50) has a power capacity of 100,000 mAh (if 1000mAh is a 1PD capacity power coin, it means its capacity power coin is 100PD) and the available power coin is 1200PD. The user can choose to ride with the portable energy storage device (50) through the transaction program (220) displayed by the display unit (24) of the power transaction device (100), so that the power transaction device (100) can use the near- The field induction unit (27) deducts the available power coins (eg 200 PD) of the portable energy storage device (50) as the cost of renting the electric vehicle (80), so that the power transaction device (100) can utilize the transaction circuit (20). The power management unit (25) in ) switches the power required by the portable energy storage device (50) to provide the load (40) without using the power of the main battery (30) on the electric vehicle (80). , thereby reducing the charging frequency and the number of times of plugging and unplugging the main battery (30), reducing the chance of damage to the main battery (30), and effectively protecting the main battery (30), thereby prolonging the use of the main battery (30). life.

Example 2 Selecting to sell the power of its own portable energy storage device (50) to the electric vehicle (80)

In operation, if the user's portable energy storage device (50) has sufficient power and the main battery (30) of the electric vehicle (80) needs to be charged, the user can use the power transaction device (100) Electricity sold is selected in the transaction program (220) displayed by the display unit (24), so that the electric power transaction device (100) can use the power management unit (25) in the transaction circuit (20) to transfer the portable energy storage device The power of (50) is transferred to the main battery (30), and the transferred power is converted into available power coins, and the near-field induction unit (27) is used to add value to the portable energy storage device (50). Available power coins, for example, the portable energy storage device (50) transfers 800000mAh of power, then the portable energy storage device (50) can obtain available power coins with a value of 800 PD, so as to reduce the main battery (30) The number of times of plugging and unplugging during charging can reduce the chance of damage to the main battery (30), prolong the service life of the main battery (30), and at the same time generate the effect of electricity trading, so that individual users can also effectively conduct electricity trading, In order to promote the development of green energy and form an electricity sharing economy.

Example 3 Choosing to ride with the electricity purchased from the main battery (30)

When the power transaction device (100) shows that the user's portable energy storage device (50) has a power capacity of 1000 mAh and available power coins of 1100 PD, and the remaining power capacity is not enough for the electric vehicle (80) to ride . The user can choose to ride with the main battery (30) through the transaction program (220) displayed by the display unit (24) of the power transaction device (100), so that the power transaction device (100) can use the near-field sensing unit ( 27) Deduct the available electricity coins (such as 200PD) of the portable energy storage device (50) as the cost of renting the electric vehicle (80), and the electricity transaction device (100) can utilize the electricity in the transaction circuit (20) The management unit (25) switches the power required by the main battery (30) to provide the load (40), and synchronously deducts the relative available power coins using the power capacity of the main battery (30) for generating the effect of power transaction, forming a kind of power sharing economy.

It can be seen from the foregoing that the power transaction device (100) of the present creation utilizes the selection of the transaction program (220) in the power management unit (25) and the memory unit (22) of the transaction circuit (20), and is matched with the portable energy storage device ( 50), the charging frequency and plugging times of the main battery (30) can be reduced, the chance of damage to the main battery (30) can be effectively reduced, and the main battery (30) can be effectively protected, thereby extending the main battery (30). 30) service life, and at the same time allow individual members to use electricity for transactions, and can activate the green energy industry, so that all the people can effectively use green energy, and can create a sharing economy in the electricity market, thereby solving the problem of energy shortage, and further It can revitalize the economy, thereby increasing the added value of products and improving their economic benefits.

From this, it can be understood that this creation is an excellent creation, in addition to effectively solving the problems faced by the former, it also greatly improves the effect, and there is no identical or similar product creation or public use in the same technical field. At the same time, it has the effect of improving, so this creation has met the requirements of "novelty" and "progressiveness" of the new patent, and it is proposed to apply for a new patent in accordance with the law.

100: Electricity Trading Device 10: Body 15: accommodating slot 20: Trading Circuits 21: Processing unit 22: Memory unit 220: Trading Program 23: Communication transmission unit 24: Display unit 25: Power Management Unit 26: Connect the electrical port 27: Near Field Sensing Unit 28: Buck-boost conversion circuit 280: charging and discharging port 29: Operation button 30: Main battery 40: load 45: Power control device 50: Portable energy storage device 60: Transaction management server 80: Electric Vehicles 81: Frame 82: Front Wheel 83: rear wheel 90: Data conversion calculation unit 91: Global Positioning Unit 92: Mileage conversion unit

The first picture: It is a schematic diagram of the appearance of the power trading device of this creation, which is used to illustrate its composition.

Figure 2: It is a schematic diagram of the circuit structure of the power trading device of this creation, for explaining its main components and their relative relationships.

Figure 3: It is a schematic diagram of the appearance of the electric bicycle in which the electric power trading device of this creation is applied to electric equipment.

Figure 4: It is a partially enlarged schematic diagram of the electric power trading device of this creation applied to the electric bicycle of the electric equipment.

Figure 5: It is a schematic diagram of the system structure of the electric power trading device of this creation applied to the electric bicycle of the electric equipment.

20: Trading Circuits

21: Processing unit

22: Memory unit

220: Trading Program

23: Communication transmission unit

24: Display unit

25: Power Management Unit

26: Connect the electrical port

27: Near Field Sensing Unit

28: Buck-boost conversion circuit

280: charging and discharging port

29: Operation button

30: Main battery

40: load

50: Portable energy storage device

60: Transaction management server

90: Data conversion calculation unit

91: Global Positioning Unit

92: Mileage conversion unit

Claims (9)

A power trading device, which can connect a portable energy storage device and a main battery for power conversion and trading, the power trading device at least includes: a body, which has an accommodating slot for selectively inserting the portable energy storage device; A transaction circuit has at least one processing unit, and the processing unit is connected to a memory unit with at least one transaction program built in, and the processing unit is connected to a communication transmission unit for connecting to an external network, and the processing unit is connected to There is a display unit, and the processing unit is connected with a power management unit, wherein the power management unit can form an electrical connection with the main battery, and the power management unit is connected with a connecting electrical port, the connecting electrical port can be used for the aforementioned The portable energy storage device is selectively connected, and the processing unit is connected with a near-field sensing unit. The power transaction device according to claim 1, wherein the near-field sensing unit can be NFC, and the portable energy storage device has a corresponding near-field sensing unit for wireless communication between the two. The power transaction device according to claim 1, wherein the near-field sensing unit can be Bluetooth, and the portable energy storage device has a corresponding near-field sensing unit for wireless communication between the two. The power trading device according to claim 1, wherein the near-field sensing unit can be wired, and the portable energy storage device has a corresponding near-field sensing unit for wired communication between the two. The power trading device according to claim 1, wherein the power management unit can be connected to at least one charging and discharging port provided outside the body through a buck-boost conversion circuit for charging and discharging external devices. The power transaction device according to claim 1, wherein the processing unit is further connected with at least one operation button provided outside the body for selection and setting of functions. The power transaction device according to claim 1, wherein the processing unit is further connected with a data conversion calculation unit, and the data conversion calculation unit can have a global positioning unit and a mileage conversion unit. An electric equipment, the electric equipment is provided with a power trading device as described in any one of claim 1 to 7, and the power management unit of the power trading device is connected to a load that drives the electric equipment, and the electric equipment The main battery is connected to the aforementioned power management unit. The electric equipment of claim 8, wherein the load can be a motor, and a power control device is provided between the motor and the power transaction device.

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