TWM621676U - Physical electricity currency transaction system - Google Patents

Abstract

This creation refers to a system of physical power currency transaction, especially a power currency transaction combined with portable power, the system includes a transaction management host of a power bank platform, at least one transaction point device of a dealer and at least one body member The portable energy storage device uses the connection between the transaction management host, the transaction point device and the portable energy storage device, and transmits transaction data to each other, so that individual members can conduct transactions through the portable energy storage device and the transaction point device. Transactions are used to purchase or sell electricity, or to trade other commodities with the digitally available electricity currency converted from electricity, so as to activate the green energy industry, so that all people can effectively use green energy and create an electricity market. the sharing economy.

Description

The system of physical electricity currency transaction

This creation belongs to the trading technology field of electricity sharing economy, and specifically refers to a system of physical electricity currency trading.

According to the press, in recent years, due to the increase in demand and depletion of reserves of traditional energy sources such as coal and oil, the crisis of energy shortage, coupled with its serious pollution to the environment, makes people more and more dependent on solar energy, wind power, water power, tidal current, etc. Green energy (hereinafter referred to as green energy), due to the recent development of science and technology, the efficiency and stability of the aforementioned green energy have been greatly improved, and the shortcomings of high cost and instability in the past have been overcome, and the willingness of general households and industries to apply .

However, in addition to the investment in green energy generating equipment (such as solar cells, wind turbines, etc.), the existing green energy applications also include the construction of large-scale energy storage equipment and power grids. , maintenance and risks are also very large, so the current power grids are mostly controlled by large licensed institutions, which also causes the green energy industry to be monopolized by large enterprises, so that ordinary households or small enterprises (hereinafter referred to as small individuals) can only use green energy. Therefore, when a small individual installs green energy generating equipment by himself, in addition to self-production and self-use, if there is excess electricity, it cannot be traded or sold back into the grid, thus reducing the need for people to set up green energy. Willingness to generate energy equipment; In other words, limited by the above-mentioned electricity trading problems, the green energy industry cannot be popularized to small individuals, and the problem of greenhouse gas reduction cannot be truly solved. Therefore, it is impossible to effectively create and revitalize the green energy industry. How to solve the above-mentioned problems The problem is what the industry expects, It is also the person that this creation intends to explore.

In view of this, the creator has conducted an in-depth discussion on the problems faced by the existing electricity transaction, and through years of experience in R&D and manufacturing in related industries, through continuous development and trial production, he has finally successfully created a physical electricity coin. A trading system to overcome the shortcomings and inconveniences that existing small individuals cannot conduct electricity trading.

Therefore, the main purpose of this creation is to provide a system of physical electricity currency trading, so as to allow small individuals to use electricity to conduct transactions, and to activate the green energy industry, so that all people can effectively use green energy and create electricity. The sharing economy of the market.

In addition, another main purpose of this creation is to provide a physical electricity currency trading system, which can reduce investment costs and risk losses, so that ordinary households or small enterprises can invest in the electricity industry, thereby solving the problem of energy shortages, and further revitalizing economy.

Based on this, this creation mainly realizes the aforementioned purpose and effect through the following technical means, which is used for a power bank platform, at least one dealer and at least one member to execute at least one power coin transaction event, the power The currency transaction event includes a power exchange and a power currency transaction, which includes: a transaction management host owned by the power bank platform, which can execute a transaction event management module to manage the power currency transaction events; at least one The transaction point device of the dealer, which can be connected with the transaction management host to transmit data, the transaction point device can execute a transaction module, and the transaction management host can be used for at least one individual member to exchange electricity and trade electricity coins; At least one portable energy storage device of an individual member, which can transmit data by near-field induction with the aforementioned transaction point device, and the portable energy storage device can store electricity and can conduct electricity Calculation and conversion with electricity coins, and the remaining electricity is converted into a capacity electricity coin, and the capacity electricity coin can be converted and used after addition and subtraction to accumulate into a usable electricity coin; thus, individual members can use portable energy storage. The device conducts electricity exchange and transaction of capacity electricity currency or available electricity currency with the transaction point device of the corresponding dealer, and generates a corresponding electricity currency transaction event, and the transaction management host of the power bank platform is responsible for the transaction of the electricity currency transaction event. manage.

And the method of the physical electricity currency transaction at least includes: (a), at least one individual member executes the energy storage of at least one portable energy storage device; (b), executes the conversion and recording of electricity and electricity currency; (c) , execute an electricity coin transaction event; (d), select a transaction mode; (e), execute electricity or electricity coin transfer; (f), return electricity coin transaction data to a transaction management host for management.

In this way, through the specific implementation of the above technical means, the system for creating physical electricity currency transactions enables individual members to use electricity to conduct transactions through portable energy storage devices, thereby activating the green energy industry and enabling all the people to effectively use it. Green energy can also create a sharing economy in the power market, which can reduce investment costs and risk losses, enabling ordinary households or small businesses to invest in the green power industry, thereby solving the problem of energy shortages, further revitalizing the economy, and adding additional products. value and enhance its economic efficiency.

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

10: Transaction Management Host

11: Processing unit

12: Memory unit

13: Transmission unit

15: Transaction Event Management Module

16: Individual member management module

17: Dealer management module

18: Power Management Unit

181: Power port

182: Energy Storage Equipment

19: Power coin management module

20: Trading Point Device

21: Processing unit

22: Memory unit

23: Transmission unit

25: Trading Module

26: Power exchange unit

261: Power Management Unit

262: Power port

263: Energy Storage Equipment

27: Near Field Sensing Unit

30: Portable energy storage device

31: Processing unit

32: Memory unit

33: Near Field Sensing Unit

35: Electric energy storage unit

351: Power Management Unit

352: Power port

353: Energy Storage Unit

38: Transmission unit

Figure 1: A schematic diagram of the system architecture of this creation to illustrate the relative relationship of each device.

Figure 2: This creation is a schematic diagram of the actual system configuration in the real world.

Figure 3: The flow chart of the method of this creation.

This creation is a system for physical electricity coin trading. The following describes the technical content of this creation through specific implementation forms, so that those who are familiar with the art can easily understand the advantages and effects of this creation from the content disclosed in this manual. However, the present invention can also be implemented or applied by other different specific implementation forms. Therefore, in the specific embodiments of this creation and its components in the accompanying drawings, all references to front and rear, left and right, top and bottom, upper and lower, and horizontal and vertical are only for convenience of description, not for limitation. This creation does not limit its components to any position or spatial orientation. The dimensions specified in the drawings and the description can be changed according to the design and requirements of the specific embodiments of the present invention without departing from the scope of the patent application of the present invention.

As shown in the first and second figures, the system for creating physical electricity currency transactions includes at least one transaction management host (10) of the power bank platform, at least one transaction point device (20) of the dealer, and at least one Portable energy storage devices (30) for individual members, the transaction management host (10), each of the transaction point devices (20) and each of the portable energy storage devices (30) can be connected through wired or wireless connections Mutual transmission of data, so that individual members can use electricity to interact with dealers to complete at least one power currency transaction event, and the power bank platform will record, count and manage the power currency transaction event; as for the entity power currency transaction system of this creation As shown in the first and second figures, the detailed structure of the transaction management host (10) at least includes a processing unit (11), A memory unit (12), a transmission unit (13), a transaction event management module (15), an individual member management module (16), a dealer management module (17) and a power coin management module (19), wherein the processing unit (11) can be used to execute built-in programs and process various data, and the memory unit (12) connected to its processing unit (11) can be used to store programs and various data, and the connection The transmission unit (13) of its processing unit (11) can be connected to the aforementioned transaction point device (20) by wireless technology or wired technology for connection with the transaction point device (20) of at least one dealer for receiving and transmitting Various transaction data, and the transaction event management module (15) can be a program built in the memory unit (12), which can be used for the transaction point devices (20) and the portable energy storage devices (30) The online execution generates an electricity coin transaction event, each of which includes but is not limited to the conversion of electricity and electricity coin, transaction object, transaction billing, payment transfer of electricity coin and record of electricity coin, and the individual member The management module (16) can be stored in the memory unit (12), and can be connected and operated with the transaction event management module (15), and the individual member management module (16) can be used to create and verify individual member data , Store the data management of equipment and power coins under the individual member account, and query individual member information such as the use records of power coins, transaction records, remaining quotas, etc. In addition, the dealer management module (17) can be stored in the memory unit (12) ), and can be connected to the transaction event management module (15) to operate, and the dealer management module (17) can be used to create and verify dealer data, store data management and distribution of equipment under each dealer account Business information query such as usage records, transaction records, etc., and the power coin management module (19) is connected to its processing unit (11) for converting, managing, exchanging, donating, and transferring power coins, including but not limited to Or profit sharing, wherein the electricity coins can be digital points of equivalent cash, virtual currency or carbon rights and other valuable assets. And according to some embodiments, the transaction management host (10) further comprises a power management unit (18) connected to its processing unit (11), and the power management unit (18) is connected to at least one power connection port (181) and At least one energy storage device (182), wherein the power management unit (18) can be used to control the power output from each of the power connection ports (181) into each of the energy storage devices (182) and the conversion of electricity and electricity coins, and the power connection port (181) can be connected to an external power source such as a power grid, and the energy storage device (182) can be used to store electricity such as super-large batteries; The transaction point device (20) is a device for dealers to install, and the transaction point device (20) at least comprises a processing unit (21), a memory unit (22), a transmission unit (23), a transaction unit The module (25), a power exchange unit (26) and a near field sensing unit (27), wherein the processing unit (21) can be used for executing built-in programs and processing various data, and the memory unit (22) is It is connected to its processing unit (21), the memory unit (22) can be used to store programs and various data, and the transmission unit (23) connected to its processing unit (21) can be connected to the aforementioned transaction by wireless technology or wired technology The management host (10) is used for connection to receive and transmit various transaction data, and the transaction module (25) can be a program built in the memory unit (22), which has the function of selecting transaction modes, and the The power exchange unit (26) connected to the processing unit (21) can be used for power conversion with the portable energy storage device (30), the power exchange unit (26) may include a power management unit (261) and a connection At least one power connection port (262) and at least one energy storage device (263) of the power management unit (261), wherein the power management unit (261) can be used to control the input or output of power through each of the power connection ports (262) Each of the energy storage devices (263), and the power exchange unit (26) can perform calculation and conversion between electricity and electricity coins, and the near-field sensing unit (27) can be NFC, Bluetooth (Bluetooth) and other sensing elements , which can be used to transfer electricity coins with the portable energy storage device (30) to generate an electricity currency transaction event; as for the portable energy storage device (30) at least one processing unit ( 31), a memory unit (32), a near-field sensing unit (33) and a power storage unit (35), wherein the processing unit (31) can be used to execute built-in programs and process various data, and the connection The memory unit (32) of its processing unit (31) can be used to store programs, power values, power Power coins and various data, and the near-field sensing unit (33) connected to its processing unit (31) can be wireless technology NFC, Bluetooth (Bluetooth) and other sensing elements, for the aforementioned transaction point device (20) The near-field sensing unit (27) is used to receive and transmit various transaction data, and the power storage unit (35) can be connected to its processing unit (31), and the power storage unit (35) can be used for the transaction. For power conversion between the power exchange units (26) of the point device (20), the power storage unit (35) may include a power management unit (351) and a power connection port (352) connected to the power management unit (351). ) and an energy storage unit (353), wherein the power management unit (351) can be used to control the power input or output of the energy storage unit (353) through each of the power connection ports (352), and the power energy storage unit ( 35) The calculation and conversion of electricity and electricity coins can be performed, including a capacity electricity coin obtained by converting the remaining electricity in the energy storage unit (353), and the relevant data of the capacity electricity coin and an available electricity coin accumulated after use stored in the memory unit (32). According to some embodiments, the portable energy storage device (30) further comprises a transmission unit (38) connected to the processing unit (31) thereof, and the transmission unit (38) can be connected to the aforementioned wireless technology or wired technology. a transaction management host (10) for connecting to receive and transmit various transaction data, so that each of the portable energy storage devices (30) can also conduct transactions with another portable energy storage device (30); In this way, a system that combines electricity and can be traded for physical electricity currency transactions can be formed.

In the actual use of this creation, as shown in the first and second figures, through the transaction management host (10) of the above-mentioned power bank platform, the portable energy storage device (30) of at least one individual member can be stored in at least one The dealer's transaction point device (20) uses electricity or electricity coins to conduct transactions to generate an electricity coin transaction event, and can effectively record, store, count and manage the data of the electricity coin transaction event information. Use can be further understood from the following examples, such as:

Example 1 Energy storage and transaction mode of a portable energy storage device (30)

An individual member can use all of its portable energy storage devices (30) to register and verify the membership information and equipment with the transaction management host (10) of the power bank platform, so that the individual member can use the solar cell, Power generation equipment such as wind turbines generates electricity, and the electricity is input and stored in the energy storage unit (353) through the power storage unit (35) of the portable energy storage device (30), and the power management unit is utilized (351) Record the stored power capacity and convert it into a capacity power coin. For example, when 1000mAh [milliampere] can be converted into 1 power coin [Power Dollar, also known as PD], the energy storage unit (353) with a capacity of 100000mAh is the largest The capacity power coin is 100PD. When the remaining capacity of the energy storage unit (353) is 65000mAh after use, it means that the tradable capacity power coin is 65PD, which is stored in the memory of the portable energy storage device (30). unit (32). Furthermore, the memory unit (32) of the portable energy storage device (30) can store the remaining available electricity coins accumulated by the individual member after multiple transactions, for example, the individual member sold 12 times the energy storage unit (353) is fully loaded The accumulated available power coins after the power is 1200PD. In this way, when individual members conduct electricity transactions, they use capacity electricity coins for addition and subtraction operations, and individual members can also use available electricity coins for direct transactions.

Embodiment 2 Power exchange and transaction mode of transaction point device (20)

A certain dealer may be a battery exchange station, a convenience store, or other business that has the ability to exchange electricity and/or sell commodities, the dealer is provided with at least one transaction point device (20), and the dealer connects all the transaction point devices ( 20) Register and verify membership information and equipment with the transaction management host (10) of the power bank platform, and enable the transaction point devices (20) to form a connection with the transaction management host (10) of the power bank platform, In addition, these transaction point devices (20) can be connected to the power connection port (352) of the portable energy storage device (30) of an individual member by using the power connection port (262) of the power exchange unit (26) for conducting Power exchange, and cooperate with the near-field sensing units (27, 33) of the two to carry out the individual member's capacity power currency or available power Coin transaction, and can connect with the transaction management host (10) through the transaction point device (20), transmit transaction data to the transaction management host (10) to generate an electricity currency transaction event, and record and store the transaction in the transaction In the management host (10).

Embodiment 3 The mode of electricity transaction between the portable energy storage device (30) and the transaction point device (20)

An individual member can sell or buy electricity using all of its portable energy storage devices (30) to a dealer's point-of-trade device (20). Taking the sale of electricity as an example, the individual member uses solar cells, wind turbines and other energy-generating equipment in advance to generate electricity or after charging through the traditional power grid, and then store the electricity in the portable energy storage device (30) for power storage. In the energy storage unit (353) of the unit (35), and use the power management unit (351) in the power storage unit (35) to convert the stored power capacity into capacity power coins, such as the storage capacity in the energy storage unit (353) When it is 100000mAh, its capacity power coin is 100PD, and the individual member can choose to sell 80000mAh, and he can connect the power port (352) of the portable energy storage device (30) to the power of the transaction point device (20). The power connection port (262) of the exchange unit (26), and the portable energy storage device (30) is placed on the transaction point device (20) at the same time, so that the near-field sensing units (33, 27) of the two can sense each other , and through the transaction module (25) of the transaction point device (20) to select the electricity sold and the amount sold (such as 80PD capacity electricity coins), at this time the portable energy storage device (30) can pass the electricity The energy storage unit (35) transfers 80000 mAh to the energy storage device (263) of the power exchange unit (26) of the transaction point device (20), and the transaction point device (20) can also count 80PD into the portable The available electricity coin in the memory unit (32) of the portable energy storage device (30), at this time, the remaining capacity electricity coin recorded in the memory unit (32) of the portable energy storage device (30) is 20PD [residual electricity The capacity is 20000mAh] and the available electricity currency is 80PD, and an electricity currency transaction event is generated, and the transaction point device (20) transmits the electricity currency transaction event to the transaction management module (15) of the transaction management host (10). ) for data storage and management reason. Taking buying electricity as an example, if the individual member has electricity demand, he can bring all his portable energy storage devices (30) to a dealer to use his all transaction point devices (20) to buy the required electricity , the individual member can connect the power connection port (352) of the portable energy storage device (30) to the power connection port (262) of the power exchange unit (26) of the transaction point device (20), and at the same time connect the portable energy storage device (30) to the power connection port (262) of the power exchange unit (26) of the transaction point device (20). The type energy storage device (30) is placed on the transaction point device (20), so that the near-field sensing units (33, 27) of the two can sense each other, and then the transaction module (25) of the transaction point device (20) Choose to purchase electricity and demand (such as 75PD capacity power coins), at this time, the energy storage device (263) of the transaction point device (20) can transfer the power capacity of 75000mAh to the portable energy storage device (30). In the energy storage unit (353), at the same time, the transaction point device (20) can deduct 75 PD from the available electricity coins in the memory unit (32) of the portable energy storage device (30), such as the portable energy storage device If the original available power coins of the device (30) are 250PD, the remaining power coins will be 175PD, while the remaining capacity power coins recorded in the memory unit (32) of the portable energy storage device (30) will increase by 75PD (that is, the remaining power capacity will increase by 75PD). 75000mAh, such as 5000mAh increased to 80000mAh], and generate an electricity coin transaction event, and the transaction point device (20) transmits the electricity coin transaction event to the transaction management module (15) of the transaction management host (10) for processing. Data storage and management.

Embodiment 4 The mode of transaction between the portable energy storage device (30) and the transaction point device (20) with electricity coins

An individual member can use all of its portable energy storage device (30) to a dealer's transaction point device (20) to directly trade other commodities with its accumulated all available electricity coins. For example, when the individual member's portable energy storage device (30) records the available electricity coins with 650PD, the individual member can directly purchase the required commodities from the dealer. For example, 50PD is required to buy a cup of coffee. The portable energy storage device (30) is directly placed on the transaction point device (20), so that the near-field sensing units (33, 27) of the two can sense each other, And the transaction module (25) of the transaction point device (20) selects to use the available electricity currency for transaction, and the transaction point device (20) directly deducts the available electricity currency 50PD from the portable energy storage device (30), Make the memory unit (32) of the portable energy storage device (30) record the remaining available electricity coins as 600 PD, and generate an electricity coin transaction event, and the transaction point device (20) will trade this electricity coin The event is transmitted to the transaction event management module (15) of the transaction management host (10) for data storage and management.

Example 5 Mode of electricity transaction between a portable energy storage device (30) and another portable energy storage device (30)

An individual member can sell or buy electricity to another individual member, and at least one of the portable energy storage devices (30) owned by the two individual members has a transmission unit (38) for transactions with the power bank The management host (10) is connected. When selling electricity as an example, the portable energy storage device (30) with the transmission unit (38) is defined as the first portable energy storage device (30), and the other portable energy storage device is defined as the first portable energy storage device (30). (30) is defined as the second portable energy storage device (30), and then the first and second portable energy storage devices (30) are connected to each other by the power connection port (352), and the first and second portable energy storage devices (30) are connected to each other at the same time. The near-field sensing units (33) of the portable energy storage device (30) sense each other, and the power storage unit (35) of the first portable energy storage device (30) selects the electric power sold and the amount sold (eg, 60PD). At this time, the first portable energy storage device (30) can transfer 60000mAh to the power storage of the second portable energy storage device (30) through the power storage unit (35). In the energy storage unit (353) of the unit (35), at the same time the first portable energy storage device (30) deducts 60 PD of available electricity coins from the second portable energy storage device (30), and the first portable energy storage device (30) The available power coins of the portable energy storage device (30) are increased by 60 PD, so that the remaining capacity power coins recorded in the memory unit (32) of the first portable energy storage device (30) are deducted by 60 PD (that is, the remaining power capacity). decrease by 60000mAh], and the available power coins increase by 60PD, and the memory unit (32) of the second portable energy storage device (30) records its remaining capacity power coins increase Add 60PD [that is, the remaining power capacity is increased by 60000mAh], and deduct 60PD from the available power currency, and generate a power currency transaction event, and the first portable energy storage device (30) and this power currency transaction event is transmitted to the transaction The transaction event management module (15) of the management host (10) performs data storage and management.

The process steps of the physical electricity currency transaction method of the present creation are: (a) at least one individual member executes the energy storage of at least one portable energy storage device: at least one individual member transfers all the portable energy storage devices (30) Carry out energy storage so that the energy storage units (353) of the power storage units (35) of all the portable energy storage devices (30) can store electricity; (b) perform the conversion and recording of electricity and electricity coins: The power energy storage unit (35) of the portable energy storage device (30) owned by the aforementioned at least one individual member can use the power management unit (351) to convert the power capacity of the energy storage unit (353) into a capacity power currency, and make The memory unit (32) of the portable energy storage device (30) records data such as corresponding remaining capacity power coins and available power coins; (c) executing a power currency transaction event: the aforementioned at least one physical member can use the The portable energy storage device (30) conducts an electricity currency transaction event to the transaction point device (20) of at least one dealer or the portable energy storage device (30) of another body member; (d) select the transaction mode: The transaction point device (20) is connected to the transaction management host (10), and selects a transaction mode according to the needs of the electricity currency transaction event, such as selling electricity, buying electricity, or using available electricity currency to purchase commodities; (e) Execute the transfer of electricity or electricity coin: according to the transaction mode selected by the electricity coin transaction event, make the transfer of electricity or electricity coin between the portable energy storage device (30) and the transaction point device (20); ( f) Return electricity coin transaction data to a transaction management host for management: The transaction object, transaction billing, payment and transfer of the power currency, and the amount of the power currency are sent back to the transaction management host (10) for the power bank platform to manage the dealers and individual members in the future. , record and inquire, and complete the transaction.

It can be seen from the foregoing that this creation can allow individual members to use electricity for transactions, and can activate the green energy industry, so that all people can effectively use green energy, and can create a sharing economy in the electricity market, which can reduce investment costs and risk losses. , so that ordinary households or small enterprises can invest in the power industry, thereby solving the problem of energy shortage, and further revitalizing 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. , and 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.

10: Transaction Management Host

11: Processing unit

12: Memory unit

13: Transmission unit

15: Transaction Event Management Module

16: Individual member management module

17: Dealer management module

18: Power Management Unit

181: Power port

182: Energy Storage Equipment

19: Power coin management module

20: Trading Point Device

21: Processing unit

22: Memory unit

23: Transmission unit

25: Trading Module

26: Power exchange unit

261: Power Management Unit

262: Power port

263: Energy Storage Equipment

27: Near Field Sensing Unit

30: Portable energy storage device

31: Processing unit

32: Memory unit

33: Near Field Sensing Unit

35: Electric energy storage unit

351: Power Management Unit

352: Power port

353: Energy Storage Unit

38: Transmission unit

Claims (6)

A system for physical power currency transactions, used for a power bank platform, at least one dealer and at least one individual member to execute at least one power currency transaction event, the power currency transaction event including a power exchange and a power currency transaction, It includes: a transaction management host owned by the power bank platform, which can execute a transaction event management module to manage the power currency transaction events; at least one dealer's transaction point device, which can be connected to the transaction management host Sending data, the transaction point device can execute a transaction module, and the transaction point device can be used for at least one individual member to exchange electricity and trade electricity coins; at least one individual member's portable energy storage device, which can communicate with The aforementioned transaction point device transmits data by near-field induction, and the portable energy storage device can store electricity, and can perform calculation and conversion between electricity and electricity coins, and convert the remaining electricity into a capacity electricity coin, and the capacity electricity After the coin is used, the addition and subtraction are accumulated to form a usable power coin; thereby, individual members can use the portable energy storage device and the corresponding dealer's transaction point device to exchange and trade capacity power coins or available power coins, and generate a power coin. The corresponding power currency transaction event, and the transaction management host of the power bank platform is responsible for the management of the power currency transaction event. The system for physical electricity coin transaction according to claim 1, wherein the transaction management host at least comprises a processing unit, a memory unit, a transmission unit, an individual member management module, a dealer management module and an electricity coin Management module, wherein the processing unit can be used to execute built-in programs and process various data, and the memory unit connected to its processing unit can be used to store programs and various data, and the transmission unit connected to its processing unit can be connected to the aforementioned the transaction point device, and the transaction event management module can be built into the memory list Yuan program, and the individual member management module can be stored in the memory unit and can be connected to the transaction event management module to operate, and the dealer management module can be stored in the memory unit and can be connected with the transaction event management module. The event management module is connected to operate, and the power coin management module is connected to its processing unit for conversion, management, exchange, gift, transfer or profit sharing of power and power coins. The system for physical electricity currency transaction according to claim 2, wherein the transaction management host further comprises a power management unit connected to its processing unit, and the power management unit is connected to at least one power connection port and at least one energy storage device, wherein The power management unit can be used to control the power output from each of the power connection ports to each of the energy storage devices and the conversion of power to electricity coins, and the power connection ports can be connected to an external power source, and the energy storage device can store electricity. The system for physical electricity currency transaction according to claim 1, wherein the transaction point device at least comprises a processing unit, a memory unit with a built-in transaction module, a transmission unit, a power exchange unit and a near field sensing unit, The processing unit can be used to execute built-in programs and process various data, the memory unit is connected to the processing unit, and the transmission unit connected to the processing unit can be used to connect to the aforementioned transaction management host, wherein the transaction module has The function of selecting the transaction mode, and the power exchange unit connected to the processing unit can be used for power conversion with the portable energy storage device, and the power exchange unit can include a power management unit and at least one connected to the power management unit. A power connection port and at least one energy storage device, wherein the power management unit can be used to control the input or output of electric power to or from each of the energy storage devices through each of the power connection ports, and the power exchange unit can perform calculations between electricity and electricity coins and The conversion can be used to transfer the power currency with the portable energy storage device to generate a power currency transaction event. The system for physical power coin transaction as claimed in claim 1, wherein the portable energy storage device comprises at least a processing unit, a memory unit, a near-field sensing unit and a power storage unit, wherein the processing unit can be used for Execute built-in programs and process various data, and the memory unit connected to its processing unit can be used to store programs, power values, electricity coins and various data, and the near-field sensing unit connected to its processing unit can be used with the aforementioned The transaction point devices transmit transaction data inductively, and the power storage unit can be connected to its processing unit, and the power storage unit can be used for power conversion with the power exchange unit of the transaction point device. The power storage unit can include There is a power management unit and a power connection port and an energy storage unit connected to the power management unit. The system for physical electricity currency transaction as claimed in claim 5, wherein the portable energy storage device further comprises a transmission unit connected to the processing unit thereof, the transmission unit can be connected to the transaction management host for connection to receive and Various transaction data are transmitted, so that each of the portable energy storage devices can conduct transactions with another portable energy storage device.

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