CN103543308B - Personalized Electric Energy Resource Management System and Its Portable Micrometer - Google Patents
Personalized Electric Energy Resource Management System and Its Portable Micrometer Download PDFInfo
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Abstract
Description
技术领域 technical field
本发明为一种电能系统，尤指一种具有能量流动计量功效的个人化电能资源管理系统及其可携式微型电表。 The invention relates to an electric energy system, in particular to a personalized electric energy resource management system and a portable miniature electric meter with the function of measuring energy flow.
背景技术 Background technique
近年来因为能源危机、全球暖化的议题日趋严重，人们逐渐地意识到碳排放、碳足迹及碳权等概念及其重要性；故能源是如何有效率地被应用，为目前世界各国所热烈讨论且重视的问题；因此，目前专家学者便提出一种智能电网(Smart Electric Grid)的概念；所谓的智能电网指整合发电、输电、配电及用户的先进电网系统；其具有自动化及信息化的优势，能达到自我监视、诊断及修复等功能。 In recent years, due to the increasingly serious issues of energy crisis and global warming, people have gradually realized the importance of concepts such as carbon emissions, carbon footprints, and carbon rights; therefore, how to efficiently use energy has become a hot topic around the world. Therefore, experts and scholars have proposed a concept of smart grid (Smart Electric Grid); the so-called smart grid refers to an advanced grid system that integrates power generation, transmission, distribution and users; it has automation and informatization Advantages, can achieve self-monitoring, diagnosis and repair functions.
而要能够达到智能电网的效果，最主要是必须建立读表基础建设(AMI；Advanced Metering Infrastructure)；而该读表基础建设主要是由智能电表(Smart Meter)、双向通信网络及自动读表控制中心所组成；其建置的主要目的为了使用电端能更有弹性的用电，且在供电端又能更有效率与经济的发电；因此，在电能需求的高峰期，该智能电网关闭一些非必要的用电器来降低需求，并重新调配发电与用电结构，以确保能源节约与电能的永续发展。 To be able to achieve the effect of smart grid, the most important thing is to establish the meter reading infrastructure (AMI; Advanced Metering Infrastructure); and the meter reading infrastructure is mainly controlled by smart meters (Smart Meter), two-way communication network and automatic meter reading The main purpose of its construction is to use electricity more flexibly at the electricity end, and to generate more efficient and economical power at the power supply end; therefore, during the peak period of electricity demand, the smart grid closes some Non-essential electrical appliances are used to reduce demand, and the structure of power generation and consumption is re-allocated to ensure energy conservation and sustainable development of electric energy.
此外，在目前的日常生活中，人们通过饮食来获得热量，并且藉由运动将该热量转换为动能，例如骑乘自行车或是使用任何健身器材﹔在过去这些从热量大多都以热能的形式耗散，然而由于现在能量转换技术逐渐成熟，故可进一步设置一电能转换器及一储电装置于上述自行车或任何健身器材上；如同台湾专利公告第M404003号的跑步机自发电结构新型专利、台湾专利公告第M408383号的健身器发电装置以及台湾专利公告第M409305号的具发电 功能的健身器材所揭露的技术；均是通过该电能转换器的运转将运动所产生的动能转换为电能，且储存于上述储电装置中。 In addition, in the current daily life, people obtain calories through diet, and convert the calories into kinetic energy through exercise, such as riding a bicycle or using any fitness equipment; in the past, most of these calories were consumed in the form of heat energy However, since the energy conversion technology is gradually mature now, an electric energy converter and an electric storage device can be further arranged on the above-mentioned bicycle or any fitness equipment; as the new patent of the treadmill self-generating structure of the Taiwan Patent Announcement No. M404003, Taiwan Patent Announcement No. M408383 fitness equipment power generation device and Taiwan Patent Announcement No. M409305 the technology disclosed by the fitness equipment with power generation function; both convert the kinetic energy generated by exercise into electrical energy through the operation of the electric energy converter, and store In the above-mentioned power storage device.
再如台湾专利公告第M409860的自发电运动器材多机台并网装置所揭露的技术可知，该电能转换器的运转所产生的电能可进一步反馈至智能电网中，并通过该智能电网的调节，使其电能能够充分且有效的被该智能电网所利用；由此可知，个人化的运动装置已具备有电力产生及电能储存的功能，而且可进一步连结至该智能电网，将个人运动所产生电能反馈至该智能电网中。 Another example is the technology disclosed in the Taiwan patent announcement No. M409860 of the self-generating sports equipment multi-machine grid-connected device. The electric energy generated by the operation of the power converter can be further fed back to the smart grid, and through the regulation of the smart grid, The electric energy can be fully and effectively utilized by the smart grid; it can be seen that the personalized exercise device already has the functions of power generation and energy storage, and can be further connected to the smart grid to convert the electric energy generated by personal exercise feed back into the smart grid.
由于高电价的时代来临，电力直接作为交易货币指日可待，但前揭专利前案只能记录各台运动装置所产生电能，并无法依不同使用者分别记录其产生的电能；是以，对个人而言并无个人化电力记录相关装置，对日后卖电计价发展有一定限制。 Due to the advent of the era of high electricity prices, electricity can be directly used as a transaction currency. However, the above-mentioned patents and previous documents can only record the electric energy generated by each exercise device, and cannot record the electric energy generated by different users; therefore, for individuals It is said that there is no device related to personalized power records, which will have certain restrictions on the future development of electricity sales pricing.
发明内容 Contents of the invention
有鉴于上述各项专利技术均无法让使用者获得对应的报酬；故本发明主要目的是提供一种可随身携带且记录所产生电能的个人化电能资源管理系统及其可携式微型电表。 In view of the fact that none of the above-mentioned patented technologies can allow users to obtain corresponding rewards; therefore, the main purpose of the present invention is to provide a personalized electric energy resource management system and a portable micro-meter that can be carried around and record the generated electric energy.
欲达上述目的所使用的主要技术手段是令该个人化电能资源管理系统包含有： The main technical means used to achieve the above purpose is to make the personalized power resource management system include:
至少一电力产生设备，各电力产生设备电连接并供电至一智能电网，且包含有一发电模块及一电能检测装置；其中该电能检测装置，包含有一第一外壳，且该第一外壳连接有多个电通接头；又上述电通接头分别连接至该发电模块及该智能电网；并且该电能检测装置检测由该发电模块通过上述电通接头反馈至该智能电网的电能；及 At least one power generation device, each power generation device is electrically connected to and supplies power to a smart grid, and includes a power generation module and an electric energy detection device; wherein the electric energy detection device includes a first shell, and the first shell is connected to multiple an electric connection; and the electric connection is respectively connected to the power generation module and the smart grid; and the electric energy detection device detects the electric energy fed back to the smart grid by the power generation module through the electric connection; and
一电能记录装置，选择式连结至各电力产生设备的电能检测装置，且包含有一壳体；其中该电能记录装置接收并储存反馈至该智能电网的电能信息。 An electric energy recording device is selectively connected to the electric energy detection device of each power generating equipment, and includes a casing; wherein the electric energy recording device receives and stores electric energy information fed back to the smart grid.
由上述结构可知，由于本发明的电能记录装置可记录个人运动所产生并 传送至该智能电网的电能，并于使用完毕后自各电力产生设备上拔离后随身携带，以重复在不特定电力产生设备使用；因此，即能方便计总个人使用电力产生设备所产生的电力。 It can be seen from the above structure that the electric energy recording device of the present invention can record the electric energy generated by personal movement and transmitted to the smart grid, and after use, it can be pulled out from each electric power generating equipment and carried with it, so as to repeat the operation in unspecified electric power generation. Equipment usage; therefore, it is convenient to total the electricity generated by the personal use electricity generating equipment.
欲达上述目的所使用的主要技术手段是所述可携式微型电表包含有： The main technical means used to achieve the above-mentioned purpose is that the portable micro-meter includes:
一电能检测装置，包含有一外壳，且该外连接有多个电通接头；其中该电能检测装置检测流经各电通接头的电能；及 An electric energy detection device, including a shell, and the external connection is connected with a plurality of electric connections; wherein the electric energy detection device detects the electric energy flowing through each electric connection; and
一电能记录装置，选择式连结至该电能检测装置，且包含有一壳体；其中该电能记录装置接收流经该电能检测装置其各电通接头的电能信息，并且将其储存。 An electric energy recording device is selectively connected to the electric energy detection device and includes a casing; wherein the electric energy recording device receives and stores electric energy information flowing through each electric connection of the electric energy detection device.
由上述结构可知，该可携式微型电表应用于前述电力产生设备，且于使用时先将该多个电通接头分别连接至前述智能电网及前述发电模块，并由该电能记录装置记录该发电模块产生并输出至该智能电网的电能，同样地可重复在不特定电力产生设备使用，如此即能方便计总个人使用电力产生设备所产生的电力。 It can be seen from the above structure that the portable miniature electricity meter is applied to the aforementioned power generation equipment, and when in use, firstly connect the plurality of electrical connectors to the aforementioned smart grid and the aforementioned power generation module, and record the power generation by the power recording device. The electric energy generated by the module and output to the smart grid can also be reused in unspecified power generating equipment, so that it is convenient to calculate the electricity generated by the power generating equipment for personal use.
附图说明 Description of drawings
图1：本发明个人化电能资源管理系统的示意图。 Fig. 1: Schematic diagram of the personalized electric energy resource management system of the present invention.
图2：本发明具体实施方式的示意图。 Figure 2: Schematic representation of a specific embodiment of the invention.
图3：本发明电力产生设备第一实施例的电路示意图。 Fig. 3: A schematic circuit diagram of the first embodiment of the power generating device of the present invention.
图4：本发明电力产生设备第二实施例的电路示意图。 Fig. 4: A schematic circuit diagram of a second embodiment of the power generating device of the present invention.
图5：本发明的电力消耗设备的第一电路示意图。 Fig. 5: A schematic diagram of a first circuit of a power consuming device of the present invention.
图6：本发明的电力消耗设备的第二电路示意图。 Fig. 6: A second schematic circuit diagram of the power consuming device of the present invention.
图7：本发明可携式微型电表具体实施的立体外观图。 Fig. 7: The three-dimensional appearance diagram of the specific implementation of the portable micrometer of the present invention.
图8：本发明可携式微型电表具体实施的立体分解图。 Fig. 8: A three-dimensional exploded view of the specific implementation of the portable micrometer of the present invention.
图9：本发明其电能检测装置具体实施的立体分解图。 Fig. 9: An exploded perspective view of the specific implementation of the electric energy detection device of the present invention.
图10：本发明其电能记录装置具体实施的立体分解图。 Fig. 10: An exploded perspective view of the specific implementation of the electric energy recording device of the present invention.
附图标号： Figure number:
10 智能电网 11 电力产生设备 10 Smart Grid 11 Power Generation Equipment
12 发电模块 13 用电模块 12 Power generation module 13 Power consumption module
20 电能检测装置 21 第一外壳 20 Electric energy detection device 21 The first shell
22 电通接头 23 第一插头 22 Electrical Connector 23 First Plug
24 检测电路板 25 电流检测电路 24 Detection circuit board 25 Current detection circuit
26 电压检测电路 27 第一通信模块 26 Voltage detection circuit 27 The first communication module
30 电能记录装置 31 壳体 30 Power recording device 31 Housing
32 第二插头 33 微处理机 32 Second plug 33 Microprocessor
34 存储模块 35 显示模块 34 Storage module 35 Display module
36 通信接口 37 第二通信模块 36 Communication interface 37 Second communication module
40 电能检测装置 41 第二外壳 40 Electric energy detection device 41 Second shell
42 电通接头 43 第一插头 42 Electric connector 43 First plug
44 检测电路板 45 电流检测电路 44 Detection circuit board 45 Current detection circuit
46 电压检测电路 50 电能检测装置 46 Voltage detection circuit 50 Electric energy detection device
51 外壳 52 电通接头 51 Housing 52 Electrical Connector
53 第一插头 54 检测电路板 53 First plug 54 Detection circuit board
55 电流检测电路 60 电能记录装置 55 Current detection circuit 60 Energy recording device
61 壳体 62 第二插头 61 Housing 62 Second plug
63 微处理机 64 存储模块 63 microprocessor 64 memory module
65 显示模块 66 通信接口 65 Display module 66 Communication interface
具体实施方式 detailed description
请参照图1至图3所示，为本发明个人化电能资源管理系统第一实施例，其包含有： Please refer to FIG. 1 to FIG. 3, which are the first embodiment of the personalized electric energy resource management system of the present invention, which includes:
至少一电力产生设备11，各电力产生设备11电连接并供电至一智能电网10，且包含有一发电模块12及一电能检测装置20；其中该电能检测装置20， 包含有一第一外壳21，且该第一外壳21连接有多个电通接头22；又上述电通接头22分别连接至该发电模块12及该智能电网10；并且该电能检测装置20检测由该发电模块12通过上述电通接头22反馈至该智能电网10的电能；于本实施例中，上述电能检测装置20其第一外壳21连接有一第一插头23；且各电力产生设备11其电能检测装置20进一步包含有一检测电路板24，且分别电连接至该多个电通接头22以及该第一插头23；其中该检测电路板24设置有一电流检测电路25及一电压检测电路26，用以检测由该发电模块12通过上述电通接头22反馈至该智能电网10的电能；及 At least one power generation device 11, each power generation device 11 is electrically connected to and supplies power to a smart grid 10, and includes a power generation module 12 and a power detection device 20; wherein the power detection device 20 includes a first shell 21, and The first shell 21 is connected with a plurality of electrical connectors 22; and the electrical connectors 22 are respectively connected to the power generation module 12 and the smart grid 10; 22 is fed back to the electric energy of the smart grid 10; in this embodiment, the first shell 21 of the above-mentioned electric energy detection device 20 is connected with a first plug 23; and the electric energy detection device 20 of each power generation device 11 further includes a detection circuit board 24, and are electrically connected to the plurality of electric connectors 22 and the first plug 23 respectively; wherein the detection circuit board 24 is provided with a current detection circuit 25 and a voltage detection circuit 26 for detecting the power generation module 12 passing through the above-mentioned The electrical energy fed back to the smart grid 10 by the electrical connector 22; and
一电能记录装置30，选择式连结至各电力产生设备11的电能检测装置20，且包含有一壳体31；其中该电能记录装置30接收并储存反馈至该智能电网10的电能信息；于本实施例中，上述电能记录装置30其壳体31连接有一对应上述电能检测装置20的第一插头23的第二插头32，且令该第二插头32选择式插接于各电力产生设备11的电能检测装置20的第一插头上23；其中该电能记录装置30通过该第一插头23与该第二插头32接收反馈至该智能电网10的电能信息；并且，该电能记录装置30进一步包含有： A power recording device 30 is selectively connected to the power detection device 20 of each power generating device 11, and includes a housing 31; wherein the power recording device 30 receives and stores the power information fed back to the smart grid 10; in this implementation In an example, the casing 31 of the power recording device 30 is connected with a second plug 32 corresponding to the first plug 23 of the power detection device 20, and the second plug 32 is selectively plugged into the power source of each power generating device 11. The first plug 23 of the detection device 20; wherein the power recording device 30 receives the power information fed back to the smart grid 10 through the first plug 23 and the second plug 32; and, the power recording device 30 further includes:
一微处理机33，电连接至该第二插头32，并接收上述由该发电模块12通过上述电通接头22反馈至该智能电网10的电能，并转换为一电能记录数据；其中该微处理机33内建有一发电计算程序，将上述电能记录数据转换并储存为对价的交易货币的金额； A microprocessor 33 is electrically connected to the second plug 32, and receives the electric energy fed back from the power generation module 12 to the smart grid 10 through the electric connector 22, and converts it into an electric energy recording data; wherein the microprocessor The computer 33 has a built-in power generation calculation program, which converts and stores the above-mentioned electric energy record data into the amount of the transaction currency of consideration;
一存储模块34，电连接至该微处理机33，且储存该电能记录数据； A storage module 34, electrically connected to the microprocessor 33, and storing the electric energy recording data;
一显示模块35，电连接至该微处理机33，并显示该电能记录数据；及 A display module 35, electrically connected to the microprocessor 33, and displaying the recorded data of electric energy; and
一通信接口36，电连接至该微处理机33，以传送电能记录数据。 A communication interface 36 is electrically connected to the microprocessor 33 to transmit power recording data.
由上述结构可知，由于本发明的电能记录装置30可记录个人运动所产生并传送至该智能电网10的电能，并于使用完毕后自各电力产生设备11上拔离后随身携带，以重复在不特定电力产生设备11使用；因此，即能方便计总个人使用电力产生设备11所产生的电力。 It can be seen from the above structure that the electric energy recording device 30 of the present invention can record the electric energy generated by personal exercise and transmit it to the smart grid 10, and after use, it can be pulled out from each electric power generating device 11 and carried with it, so as to repeat it in different places. Specific power generating equipment 11 is used; therefore, it is convenient to sum up the power generated by the power generating equipment 11 for personal use.
此外，请参照图4所示，为本发明第二实施例，其结构大致与该第一实施例相同；惟，其不同处在于将上述第一插头23换成一第一通信模块27，以及将上述第二插头32换成一第二通信模块37；其中该第二通信模块37选择式连结于各电力产生设备11的电能检测装置20的第一通信模块27。第一通信模块27及第二通信模块37可使用Bluetooth、Wibree、ZigBee、IEEE802.5.14、WiFi、Wireless USB、RF等方式实施。 In addition, please refer to shown in Fig. 4, it is the second embodiment of the present invention, and its structure is roughly identical with this first embodiment; Only, its difference is that above-mentioned first plug 23 is changed into a first communication module 27, and The above-mentioned second plug 32 is replaced with a second communication module 37 ; wherein the second communication module 37 is selectively connected to the first communication module 27 of the power detection device 20 of each power generating device 11 . The first communication module 27 and the second communication module 37 can be implemented using Bluetooth, Wibree, ZigBee, IEEE802.5.14, WiFi, Wireless USB, RF, and the like.
由于本发明第二实施例将原先该电能记录装置30通过该第一插头23及该第二插头32接收由该电能检测装置20所检测的反馈至该智能电网10的电能的方式，改由通过第一通信模块27及第二通信模块37；因此，本发明第二实施例，可进一步达到不需令该电能记录装置30与该电能检测装置20直接接触，即可让该电能记录装置30接收由该电能检测装置20所检测的反馈至该智能电网10的电能信息。 In the second embodiment of the present invention, the original way that the power recording device 30 receives the power detected by the power detection device 20 and fed back to the smart grid 10 through the first plug 23 and the second plug 32 is changed to through The first communication module 27 and the second communication module 37; therefore, the second embodiment of the present invention can further achieve that the power recording device 30 can receive the The electric energy information detected by the electric energy detection device 20 and fed back to the smart grid 10 .
再者，请参照图5及图6所示，为个人化电能资源管理系统第三实施例，于第一实施例中进一步包含有： Furthermore, please refer to FIG. 5 and FIG. 6, which is the third embodiment of the personalized electric energy resource management system, which further includes in the first embodiment:
至少一电力消耗设备，各电力消耗设备电连接至该智能电网10，且包含有一用电模块13以及一电能检测装置40；其中该电能检测装置40，包含有一第二外壳41，且该第二外壳41连接有多个电通接头42；其中上述电通接头42分别连接至该智能电网10及该用电模块13；并且该电能检测装置40检测由该智能电网10通过上述电通接头42供应至该用电模块13的电能；于本实施例中，上述电能检测装置40其第二外壳41连接有一第一插头43；且各电力消耗设备的电能检测装置40进一步包含有一检测电路板44，且分别电连接至该多个电通接头42以及该第一插头43；其中该检测电路板44设置有一电流检测电路45及一电压检测电路46，用以检测由该智能电网10通过上述电通接头42供应至该用电模块13的电能；及 At least one power consumption device, each power consumption device is electrically connected to the smart grid 10, and includes a power module 13 and a power detection device 40; wherein the power detection device 40 includes a second housing 41, and the second The shell 41 is connected with a plurality of electrical connectors 42; wherein the electrical connectors 42 are respectively connected to the smart grid 10 and the power module 13; To the electric energy of the power consumption module 13; in this embodiment, the second shell 41 of the above-mentioned electric energy detection device 40 is connected with a first plug 43; and the electric energy detection device 40 of each power consumption device further includes a detection circuit board 44, And are respectively electrically connected to the plurality of electrical connection connectors 42 and the first plug 43; wherein the detection circuit board 44 is provided with a current detection circuit 45 and a voltage detection circuit 46, used to detect the smart grid 10 through the above-mentioned electrical connection The electrical energy supplied by the connector 42 to the power consumption module 13; and
前述电能记录装置30亦选择式连结至各电力消耗设备的电能检测装置40，以接收并储存由该智能电网10供应的电能信息。 The aforementioned power recording device 30 is also selectively connected to the power detection device 40 of each power consumption device to receive and store power information supplied by the smart grid 10 .
由于各电力消耗设备包含有一第一插头43，故可令前述电能记录装置30的第二插头32选择式连结至各电力消耗设备中，藉以接收并储存由该智能电网供应的电能信息；于本实施例中，上述微处理机33进一步接收由该智能电网10通过上述电通接头42供应至该用电模块13的电能，且转换为上述电能记录数据，且内建有一用电计算程序，依据上述电能记录数据转换为对价的交易货币的金额，并自储存金额中扣除。 Since each power consumption device includes a first plug 43, the second plug 32 of the aforementioned power recording device 30 can be selectively connected to each power consumption device, so as to receive and store the power information supplied by the smart grid; In the embodiment, the above-mentioned microprocessor 33 further receives the electric energy supplied by the smart grid 10 to the electric module 13 through the above-mentioned electrical connection 42, and converts it into the above-mentioned electric energy recording data, and has a built-in electricity consumption calculation program, according to The above-mentioned electric energy record data is converted into the amount of the transaction currency of the consideration and deducted from the stored amount.
此外，请对比参照图3至图6所示，由于上述电力产生设备11与上述电力消耗设备的电能检测装置20、40的结构大致相同；因此，在实际应用上，可先大量制造相同型号的电能检测装置20、40，再通过更改该电能记录装置30的微处理机33内的发电计算程序或用电计算程序，来达到分别适用的目的。 In addition, please compare and refer to Fig. 3 to Fig. 6, since the structure of the electric energy detection devices 20, 40 of the above-mentioned power generating equipment 11 and the above-mentioned power consuming equipment is roughly the same; The power detection devices 20 and 40 can achieve the purpose of being applicable respectively by changing the power generation calculation program or the power consumption calculation program in the microprocessor 33 of the power recording device 30 .
另外，上述电能检测装置20、40其各电通接头22、42依据使用者的需求分别独立，或是令其多个电通接头22、42整合为一单一电通接头。 In addition, the electrical connectors 22 , 42 of the above-mentioned electrical energy detection devices 20 , 40 are independent according to user requirements, or multiple electrical connectors 22 , 42 are integrated into a single electrical connector.
由上述结构可知，本发明将上述电能当作一种可进行交易的货币，其具有流通性及价值性；并且将上述智能电网10当作银行，用来储存由个人运动令该发电模块12所产生的电能信息；因此，使用者可先将该发电模块12所产生的电能通过各电力产生设备11供应至上述智能电网10，并由该电能记录装置30记录其电能度数﹔接着再将该电能记录装置30所记录的电能度数当作货币通过各电力消耗设备由上述智能电网10直接供电至在其他用电模块13上，使得使用者不需另外花费额外的金钱即可使用该用电模块13；是以，藉由自各电力产生设备上拔离后随身携带的方式，进而方便计总个人使用电力产生设备所产生电力的目的；并且再通过插接于电力消耗设备使用的方式，进一步达到使用由个人使用电力产生设备所产生电力的效果。 It can be seen from the above structure that the present invention regards the above-mentioned electric energy as a currency that can be traded, which has circulation and value; and the above-mentioned smart grid 10 is used as a bank to store the power generated by the power generation module 12 by personal movement. Generated electric energy information; therefore, the user can first supply the electric energy generated by the power generation module 12 to the above-mentioned smart grid 10 through each electric power generating equipment 11, and record the electric energy degree by the electric energy recording device 30; then the electric energy The electric energy degree recorded by the recording device 30 is used as currency and is directly supplied by the above-mentioned smart grid 10 to other power consumption modules 13 through each power consumption device, so that the user can use the power consumption module 13 without spending extra money ; Yes, by pulling out from each power generating device and carrying it with you, it is convenient to count the power generated by the power generating device for personal use; The effect of electricity produced by a person using an electricity generating device.
请参照图7及图8所示，为本发明可携式微型电表，其包含有： Please refer to Fig. 7 and shown in Fig. 8, it is the portable miniature electric meter of the present invention, and it comprises:
一电能检测装置50，包含有一外壳51，且该外壳51连接有多个电通接头52；其中该电能检测装置50检测流经各电通接头52的电能；于本实施例中，上述电能检测装置50其第一外壳51连接有一第一插头53；且请参照图 9所示，该电能检测装置50进一步包含有一检测电路板54，且分别电连接至该多个电通接头52以及该第一插头53；其中该检测电路板54设置有一电流检测电路55及一电压检测电路56，用以检测流经各电通接头的电能；及 An electric energy detection device 50 includes a shell 51, and the shell 51 is connected with a plurality of electrical connections 52; wherein the electric energy detection device 50 detects the electric energy flowing through each electric connection 52; in this embodiment, the above-mentioned electric energy detection The first shell 51 of the device 50 is connected with a first plug 53; and please refer to FIG. A plug 53; wherein the detection circuit board 54 is provided with a current detection circuit 55 and a voltage detection circuit 56 for detecting the electric energy flowing through each electric connector; and
电能记录装置60，选择式连结至该电能检测装置50，且包含有一壳体61；其中该电能记录装置60接收流经该电能检测装置50其各电通接头52的电能信息，并且将其储存；于本实施例中，上述电能记录装置60其壳体61连接有一对应上述电能检测装置50的第一插头53的第二插头62，且令该第二插头62选择式插接于该电能检测装置50的第一插头53上；其中该电能记录装置60通过该第一插头53与该第二插头62接收流经该电能检测装置50其各电通接头52的电能信息；请参照图10所示，于本实施例中，该电能记录装置60进一步包含有： The power recording device 60 is selectively connected to the power detection device 50, and includes a housing 61; wherein the power recording device 60 receives the power information flowing through each of the electric connections 52 of the power detection device 50, and stores it In this embodiment, the housing 61 of the power recording device 60 is connected to a second plug 62 corresponding to the first plug 53 of the power detection device 50, and the second plug 62 is selectively plugged into the power detection device. on the first plug 53 of the device 50; wherein the power recording device 60 receives the power information flowing through the electrical connections 52 of the power detection device 50 through the first plug 53 and the second plug 62; please refer to FIG. 10 Shown, in this embodiment, the electric energy recording device 60 further includes:
一微处理机63，电连接至该第二插头62，并接收上述流经该电能检测装置50其各电通接头52的电能信息，并转换为一电能记录数据；又该微处理机63内建有一发电计算程序及一用电计算程序；其中该发电计算程序将上述电能记录数据转换为对价的交易货币，并增加其储存金额；而该用电计算程序则是依据上述电能记录数据扣除其储存金额； A microprocessor 63 is electrically connected to the second plug 62, and receives the above-mentioned electric energy information flowing through the electrical connections 52 of the electric energy detection device 50, and converts it into a record data of electric energy; Establish a power generation calculation program and a power consumption calculation program; wherein the power generation calculation program converts the above-mentioned electric energy record data into the transaction currency of consideration, and increases its storage amount; and the power consumption calculation program deducts other deposit amount;
一存储模块64，电连接至该微处理机63，且储存该电能记录数据； A storage module 64, electrically connected to the microprocessor 63, and storing the electric energy recording data;
一显示模块65，电连接至该微处理机63，并显示该电能记录数据；及 A display module 65, electrically connected to the microprocessor 63, and displaying the recorded data of electric energy; and
一通信接口66，电连接至该微处理机63，针对该电能记录数据进行数据传输。 A communication interface 66 is electrically connected to the microprocessor 63 for data transmission of the electric energy recording data.
此外，该电能检测装置50可令其多个电通接头52整合为单一电通接头。 In addition, the electrical energy detection device 50 can integrate a plurality of electrical connectors 52 into a single electrical connector.
再者，亦可将上述第一插头53换成一第一通信模块，以及将上述第二插头62换成一第二通信模块；其中该第二通信模块选择式连结于该电能检测装置的第一通信模块；以进一步达到不需令该电能记录装置60与该电能检测装置50直接接触，即可让该电能记录装置60接收流经该电能检测装置50其各电通接头52的电能的效果。 Furthermore, the above-mentioned first plug 53 can also be replaced by a first communication module, and the above-mentioned second plug 62 can be replaced by a second communication module; wherein the second communication module is selectively connected to the first communication module of the electric energy detection device. A communication module; to further achieve the effect of allowing the power recording device 60 to receive the electric energy flowing through the electrical connections 52 of the power detection device 50 without directly contacting the power recording device 60 with the power detection device 50 .
由上述结构可知，该可携式微型电表应用于前述电力产生设备，且其电能检测装置50通过该第一插头53及第二插头62连接至该电能记录装置60，用以将流经各电通接头52的电能信息储存至该电能记录装置60内；故该可携式微型电表于使用时先将该多个电通接头52分别连接至前述智能电网及前述发电模块，并由该电能记录装置60记录该发电模块产生并输出至该智能电网的电能；之后将该电能记录装置60拔离该电能检测装置50，再插入另外另一连接有用电模块的电能检测装置50；此时，该电能记录装置亦记录该智能电网供给至该用电模块的电能。 It can be seen from the above structure that the portable micro-meter is applied to the aforementioned power generation equipment, and its power detection device 50 is connected to the power recording device 60 through the first plug 53 and the second plug 62, so as to record the power flowing through each power. The electric energy information of the connecting joints 52 is stored in the electric energy recording device 60; therefore, when the portable micro-meter is in use, the plurality of electric connecting joints 52 are connected to the aforementioned smart grid and the aforementioned power generating module respectively, and the electric energy is recorded The device 60 records the electric energy generated by the power generation module and output to the smart grid; then the electric energy recording device 60 is pulled out from the electric energy detection device 50, and then inserted into another electric energy detection device 50 connected to the useful electric module; at this time, The power recording device also records the power supplied by the smart grid to the power consumption module.
因此，使用者可将该电能记录装置60通过不特定连结至该电能检测装置50的方式，于不特定电力产生设备或是电力消耗设备上使用；如此即能方便计总个人使用电力产生设备所产生的电力，且进一步于电力消耗设备上使用由个人使用电力产生设备所产生电力。 Therefore, the user can use the power recording device 60 on unspecified power generation equipment or power consumption equipment by connecting it to the power detection device 50 in an unspecified manner; generated electricity, and further use the electricity generated by personal use power generating equipment on power consuming equipment.
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