TW202319883A - Power demand controlling system and method thereof - Google Patents

Power demand controlling system and method thereof Download PDF

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TW202319883A
TW202319883A TW110142301A TW110142301A TW202319883A TW 202319883 A TW202319883 A TW 202319883A TW 110142301 A TW110142301 A TW 110142301A TW 110142301 A TW110142301 A TW 110142301A TW 202319883 A TW202319883 A TW 202319883A
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data
demand
upper limit
value data
server
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TWI823183B (en
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蔡碧洲
許德源
楊宏澤
廖建棠
林奕臻
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台泥儲能科技股份有限公司 臺北市中山區中山北路2 段113 號11 樓
國立成功大學
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Abstract

A power demand controlling system comprising: a power storage device; a database storing a current control upper limit value data and a first historical demand data, the first historical demand data is associated with a first time interval data; and a server accessing the database and communicatively connected to the power storage device, the server calculates a first average demand value data according to the first historical demand data, the first average demand value data is associated with the first time interval data; wherein the server adjusts the current control upper limit value data to be equal to the first average demand value data based on the current control upper limit value data being less than the first average demand value data.

Description

電力需量控制系統及其方法Power demand control system and method thereof

本發明係關於一種電力需量控制系統及其方法，特別係關於一種可依據電力使用狀況而調整電力需量控制上限的電力需量控制系統及其方法。The present invention relates to a power demand control system and its method, in particular to a power demand control system and its method capable of adjusting the power demand control upper limit according to power usage conditions.

傳統的供電系統不具有電力需量控制系統，其採用固定的電力需量控制上限來控管使用者（例如企業用戶）的用電量。然而，在此種電力需量控管方式下，當使用者在特定時期內需要大幅用電時，將會因為用電量大幅超出電力需量控制上限，而需要繳交高額的超量費。有鑑於此，將需要一種可依據使用者（例如企業用戶）的電力使用狀況而調整電力需量控制上限的電力需量控制系統及其方法。The traditional power supply system does not have a power demand control system, which uses a fixed power demand control upper limit to control the power consumption of users (such as enterprise users). However, under this power demand control method, when users need to consume a large amount of electricity within a specific period, they will need to pay a high overage fee because the power consumption greatly exceeds the upper limit of the power demand control. In view of this, there is a need for a power demand control system and method thereof that can adjust the power demand control upper limit according to the power usage status of users (such as enterprise users).

為了解決上述問題，本發明之一構想在於提供一種可動態調整電力需量控制上限的電力需量控制系統及其方法。本發明之另一構想在於提供一種可依據使用者（例如企業用戶）的電力使用狀況而調整電力需量控制上限的電力需量控制系統及其方法。In order to solve the above problems, an idea of the present invention is to provide a power demand control system and method thereof capable of dynamically adjusting the upper limit of the power demand control. Another idea of the present invention is to provide a power demand control system and method thereof capable of adjusting the power demand control upper limit according to the power usage status of users (such as enterprise users).

基於前揭構想，本發明提供一種電力需量控制系統，包含：一儲能裝置；一資料庫，儲存一當前控制上限值資料以及一第一歷史需量資料，該第一歷史需量資料關聯於一第一時段區間資料；以及一伺服器，存取該資料庫，並通訊連接該儲能裝置，該伺服器根據該第一歷史需量資料計算出一第一平均需量值資料，該第一平均需量值資料關聯於該第一時段區間資料；其中該伺服器基於該當前控制上限值資料小於該第一平均需量值資料，而將該當前控制上限值資料調整為與該第一平均需量值資料相等。Based on the concept disclosed above, the present invention provides a power demand control system, including: an energy storage device; a database, storing a current control upper limit value data and a first historical demand data, the first historical demand data Associated with a first time interval data; and a server, accessing the database and communicating with the energy storage device, the server calculates a first average demand value data based on the first historical demand data, The first average demand value data is associated with the first time interval data; wherein the server adjusts the current control upper limit data to It is equal to the first average demand data.

於本發明之一較佳實施例中，該伺服器接收一當前需量值資料，並將該當前需量值資料儲存至該資料庫，其中該資料庫儲存一需量預測值資料；其中該伺服器基於該當前需量值資料或該需量預測值資料小於該當前控制上限值資料，而使該儲能裝置進行儲能；其中該伺服器基於該當前需量值資料或該需量預測值資料大於該當前控制上限值資料，而使該儲能裝置進行放電。In a preferred embodiment of the present invention, the server receives a current demand value data, and stores the current demand value data into the database, wherein the database stores a demand forecast value data; wherein the The server enables the energy storage device to store energy based on the current demand value data or the demand forecast value data being less than the current control upper limit data; wherein the server bases the current demand value data or the demand The predicted value data is greater than the current control upper limit data, so that the energy storage device is discharged.

於本發明之一較佳實施例中，該伺服器接收一當前需量值資料，並將該當前需量值資料儲存至該資料庫，其中該資料庫儲存一需量預測值資料；其中該伺服器基於該當前需量值資料或該需量預測值資料小於該當前控制上限值資料，而使該儲能裝置進行儲能；其中該伺服器基於該當前需量值資料或該需量預測值資料大於該當前控制上限值資料，而使該儲能裝置進行放電。其中該伺服器自該儲能裝置接收一當前儲能值資料；其中該伺服器基於該當前需量值資料或該需量預測值資料小於該當前控制上限值資料，且該當前儲能值資料大於或等於一預定儲能上限值資料，而使該儲能裝置停止儲能。In a preferred embodiment of the present invention, the server receives a current demand value data, and stores the current demand value data into the database, wherein the database stores a demand forecast value data; wherein the The server enables the energy storage device to store energy based on the current demand value data or the demand forecast value data being less than the current control upper limit data; wherein the server bases the current demand value data or the demand The predicted value data is greater than the current control upper limit data, so that the energy storage device is discharged. Wherein the server receives a current energy storage value data from the energy storage device; wherein the server is based on the current demand value data or the demand forecast value data being less than the current control upper limit data, and the current energy storage value The data is greater than or equal to a predetermined energy storage upper limit data, so that the energy storage device stops storing energy.

於本發明之一較佳實施例中，該伺服器基於該當前控制上限值資料小於該第一平均需量值資料的一預定倍數，而判定該當前控制上限值資料小於該第一平均需量值資料。In a preferred embodiment of the present invention, the server determines that the current control upper limit data is less than the first average demand value data based on the current control upper limit data being less than a predetermined multiple of the first average demand value data. demand data.

於本發明之一較佳實施例中，該資料庫儲存一第二歷史需量資料，該第二歷史需量資料關聯於一第二時段區間資料，且該第二時段區間資料接續於該第一時段區間資料；其中該伺服器根據該第二歷史需量資料計算出一第二平均需量值資料，該第二平均需量值資料關聯於該第二時段區間資料；其中該伺服器基於該當前控制上限值資料小於該第二平均需量值資料，而將該當前控制上限值資料調整為與該第二平均需量值資料相等。In a preferred embodiment of the present invention, the database stores a second historical demand data, the second historical demand data is associated with a second time interval data, and the second time interval data is continuous with the first A time interval data; wherein the server calculates a second average demand value data based on the second historical demand data, and the second average demand value data is associated with the second time interval data; wherein the server is based on The current control upper limit data is smaller than the second average demand value data, and the current control upper limit data is adjusted to be equal to the second average demand value data.

於本發明之一較佳實施例中，該資料庫儲存一第二歷史需量資料，該第二歷史需量資料關聯於一第二時段區間資料，且該第二時段區間資料接續於該第一時段區間資料；其中該伺服器根據該第二歷史需量資料計算出一第二平均需量值資料，該第二平均需量值資料關聯於該第二時段區間資料；其中該伺服器基於該當前控制上限值資料大於或等於該第二平均需量值資料，而使該當前控制上限值資料維持不變。In a preferred embodiment of the present invention, the database stores a second historical demand data, the second historical demand data is associated with a second time interval data, and the second time interval data is continuous with the first A time interval data; wherein the server calculates a second average demand value data based on the second historical demand data, and the second average demand value data is associated with the second time interval data; wherein the server is based on The current control upper limit data is greater than or equal to the second average demand data, so that the current control upper limit data remains unchanged.

於本發明之一較佳實施例中，該資料庫儲存一初始控制上限值資料，其中該伺服器基於一當前時間點到達一預定時間點，而將該當前控制上限值資料調整為與該初始控制上限值資料相等。In a preferred embodiment of the present invention, the database stores an initial control upper limit data, wherein the server adjusts the current control upper limit data to be consistent with The initial control upper limit data are equal.

根據本發明之目的，再提供一種電力需量控制方法，應用於一電力需量控制系統，該電力需量控制系統包含一儲能裝置、一資料庫以及一伺服器，該伺服器存取該資料庫，且該伺服器通訊連接該儲能裝置，該電力需量控制方法包含以下步驟：由該資料庫儲存一當前控制上限值資料以及一第一歷史需量資料，該第一歷史需量資料關聯於一第一時段區間資料；由該伺服器根據該第一歷史需量資料計算出一第一平均需量值資料，該第一平均需量值資料關聯於該第一時段區間資料；以及由該伺服器基於該當前控制上限值資料小於該第一平均需量值資料，而將該當前控制上限值資料調整為與該第一平均需量值資料相等。According to the purpose of the present invention, there is provided a power demand control method applied to a power demand control system, the power demand control system includes an energy storage device, a database and a server, the server accesses the database, and the server is connected to the energy storage device through communication. The power demand control method includes the following steps: store a current control upper limit value data and a first historical demand data in the database, and the first historical demand data The quantity data is associated with a first period interval data; the server calculates a first average demand value data according to the first historical demand data, and the first average demand value data is associated with the first period interval data and adjusting, by the server, the current control upper limit data to be equal to the first average demand value data based on the current control upper limit data being smaller than the first average demand value data.

於本發明之一較佳實施例中，該電力需量控制系統進一步包含以下步驟：由該資料庫儲存一需量預測值資料；由該伺服器接收一當前需量值資料，並將該當前需量值資料儲存至該資料庫；由該伺服器基於該當前需量值資料或該需量預測值資料小於該當前控制上限值資料，而使該儲能裝置進行儲能；以及由該伺服器基於該當前需量值資料或該需量預測值資料大於該當前控制上限值資料，而使該儲能裝置進行放電。In a preferred embodiment of the present invention, the power demand control system further includes the following steps: storing a demand forecast value data from the database; receiving a current demand value data from the server, and storing the current demand value data The demand value data is stored in the database; the server enables the energy storage device to store energy based on the current demand value data or the demand forecast value data being less than the current control upper limit data; and the server The server discharges the energy storage device based on the current demand value data or the demand forecast value data being greater than the current control upper limit data.

於本發明之一較佳實施例中，該電力需量控制系統進一步包含以下步驟：由該資料庫儲存一需量預測值資料；由該伺服器接收一當前需量值資料，並將該當前需量值資料儲存至該資料庫；由該伺服器基於該當前需量值資料或該需量預測值資料小於該當前控制上限值資料，而使該儲能裝置進行儲能；以及由該伺服器基於該當前需量值資料或該需量預測值資料大於該當前控制上限值資料，而使該儲能裝置進行放電。此外，該電力需量控制系統進一步包含以下步驟：由該伺服器自該儲能裝置接收一當前儲能值資料；以及由該伺服器基於該當前需量值資料或該需量預測值資料小於該當前控制上限值資料，且該當前儲能值資料大於或等於一預定儲能上限值資料，而使該儲能裝置停止儲能。In a preferred embodiment of the present invention, the power demand control system further includes the following steps: storing a demand forecast value data from the database; receiving a current demand value data from the server, and storing the current demand value data The demand value data is stored in the database; the server enables the energy storage device to store energy based on the current demand value data or the demand forecast value data being less than the current control upper limit data; and the server The server discharges the energy storage device based on the current demand value data or the demand forecast value data being greater than the current control upper limit data. In addition, the power demand control system further includes the following steps: the server receives a current energy storage value data from the energy storage device; and the server based on the current demand value data or the demand forecast value data is less than The current control upper limit value data, and the current energy storage value data is greater than or equal to a predetermined energy storage upper limit value data, so that the energy storage device stops energy storage.

於本發明之一較佳實施例中，該電力需量控制系統進一步包含以下步驟：由該伺服器基於該當前控制上限值資料小於該第一平均需量值資料的一預定倍數，而判定該當前控制上限值資料小於該第一平均需量值資料。In a preferred embodiment of the present invention, the power demand control system further includes the following steps: the server determines based on that the current control upper limit value data is less than a predetermined multiple of the first average demand value data The current control upper limit data is smaller than the first average demand data.

於本發明之一較佳實施例中，該電力需量控制系統進一步包含以下步驟：由該資料庫儲存一第二歷史需量資料，該第二歷史需量資料關聯於一第二時段區間資料，且該第二時段區間資料接續於該第一時段區間資料；由該伺服器根據該第二歷史需量資料計算出一第二平均需量值資料，該第二平均需量值資料關聯於該第二時段區間資料；以及由該伺服器基於該當前控制上限值資料小於該第二平均需量值資料，而將該當前控制上限值資料調整為與該第二平均需量值資料相等。In a preferred embodiment of the present invention, the power demand control system further includes the following steps: store a second historical demand data in the database, and the second historical demand data is associated with a second time interval data , and the second time interval data is continuous with the first time interval data; the server calculates a second average demand value data based on the second historical demand data, and the second average demand value data is associated with the second time interval data; and adjusting the current control upper limit data to be consistent with the second average demand value data by the server based on the current control upper limit data being smaller than the second average demand value data equal.

於本發明之一較佳實施例中，該電力需量控制系統進一步包含以下步驟：由該資料庫儲存一第二歷史需量資料，該第二歷史需量資料關聯於一第二時段區間資料，且該第二時段區間資料接續於該第一時段區間資料；由該伺服器根據該第二歷史需量資料計算出一第二平均需量值資料，該第二平均需量值資料關聯於該第二時段區間資料；以及由該伺服器基於該當前控制上限值資料大於或等於該第二平均需量值資料，而使該當前控制上限值資料維持不變。In a preferred embodiment of the present invention, the power demand control system further includes the following steps: store a second historical demand data in the database, and the second historical demand data is associated with a second time interval data , and the second time interval data is continuous with the first time interval data; the server calculates a second average demand value data based on the second historical demand data, and the second average demand value data is associated with the second time interval data; and the server keeps the current control upper limit data unchanged based on the fact that the current control upper limit data is greater than or equal to the second average demand value data.

於本發明之一較佳實施例中，該電力需量控制系統進一步包含以下步驟：由該資料庫儲存一初始控制上限值資料；以及由該伺服器基於一當前時間點到達一預定時間點，而將該當前控制上限值資料調整為與該初始控制上限值資料相等。In a preferred embodiment of the present invention, the power demand control system further includes the following steps: storing an initial control upper limit data by the database; and reaching a predetermined time point based on a current time point by the server , and adjust the current control upper limit data to be equal to the initial control upper limit data.

本發明前述各方面及其它方面依據下述的非限制性具體實施例詳細說明以及參照附隨的圖式將更趨於明瞭。The foregoing and other aspects of the invention will become more apparent from the following detailed description of non-limiting specific examples and with reference to the accompanying drawings.

請參閱第一圖，其例示說明了根據本發明電力需量控制系統一具體實施例的系統架構圖。如第一圖所示實施例，電力需量控制系統100包含資料庫110、伺服器120以及儲能裝置130，伺服器120存取（或通訊連接）資料庫110，且伺服器120通訊連接儲能裝置130。在不同具體實施例中，伺服器120可透過網路（例如有線網路或無線網路等）以通訊連接儲能裝置130。如此，伺服器120即可傳輸儲能指令或放電指令，以使儲能裝置130進行儲能或進行放電。在一具體實施例中，本發明之電力需量控制系統100包含一或多個處理器，電力需量控制系統100並係以硬體與軟體協同運作的方式實施資料庫110及/或伺服器120。在一具體實施例中，本發明之電力需量控制系統100係以硬體與軟體協同運作的方式實施儲能裝置130。Please refer to the first figure, which illustrates the system architecture diagram of a specific embodiment of the power demand control system according to the present invention. As shown in the first figure, the power demand control system 100 includes a database 110, a server 120, and an energy storage device 130. The server 120 accesses (or communicates with) the database 110, and the server 120 communicates with the storage device. capable device 130. In different embodiments, the server 120 can communicate with the energy storage device 130 through a network (such as a wired network or a wireless network, etc.). In this way, the server 120 can transmit an energy storage command or a discharge command, so that the energy storage device 130 can store or discharge energy. In a specific embodiment, the power demand control system 100 of the present invention includes one or more processors, and the power demand control system 100 implements the database 110 and/or the server in a cooperative manner of hardware and software 120. In a specific embodiment, the power demand control system 100 of the present invention implements the energy storage device 130 in a cooperative manner of hardware and software.

在一具體實施例中，伺服器120可包含一內部處理裝置122以及一通訊裝置124，內部處理裝置122通訊連接通訊裝置124以及資料庫110，資料庫110通訊連接通訊裝置124，伺服器120可透過通訊裝置124以通訊連接儲能裝置130。其中，伺服器120可透過通訊裝置124以傳輸各種資料及/或指令至儲能裝置130，且伺服器120可透過通訊裝置124以自儲能裝置130接收各種資料及/或指令。此外，伺服器120係透過內部處理裝置122以對各種資料或指令進行處理。較佳地，伺服器120包含一或多個處理器，伺服器120並係以硬體與軟體協同運作的方式實施內部處理裝置122及/或通訊裝置124。In a specific embodiment, the server 120 may include an internal processing device 122 and a communication device 124, the internal processing device 122 is connected to the communication device 124 and the database 110, the database 110 is connected to the communication device 124, and the server 120 may The energy storage device 130 is connected in communication through the communication device 124 . Wherein, the server 120 can transmit various data and/or instructions to the energy storage device 130 through the communication device 124 , and the server 120 can receive various data and/or instructions from the energy storage device 130 through the communication device 124 . In addition, the server 120 processes various data or commands through the internal processing device 122 . Preferably, the server 120 includes one or more processors, and the server 120 implements the internal processing device 122 and/or the communication device 124 in a cooperative manner of hardware and software.

請參閱第二圖，其例示說明了根據本發明電力需量控制系統一具體實施例的示意圖。如第二圖所示實施例，本發明電力需量控制系統的資料庫儲存了當前控制上限值資料216以及第一歷史需量資料212，第一歷史需量資料212關聯於第一時段區間資料（較佳地，第一時段區間資料亦可儲存於資料庫中）。其中，當前控制上限值資料216指示出當前的需量控制上限值，第一時段區間資料指示出第一時段區間210（即第二圖中的0分到15分），第一歷史需量資料212指示出第一時段區間210中，各時間點的需量值。本發明電力需量控制系統的伺服器可根據第一歷史需量資料212計算出第一平均需量值資料214，且第一平均需量值資料214關聯於第一時段區間資料。其中，第一平均需量值資料214指示出第一歷史需量資料212的平均值（即第一時段區間210中，各時間點之需量值的平均值）。而由於當前控制上限值資料216小於第一平均需量值資料214，因此伺服器可基於當前控制上限值資料216小於第一平均需量值資料214，而將當前控制上限值資料216調整為與第一平均需量值資料214相等。在一具體實施例中，由於各個歷史需量資料可能存在著些微的誤差值，或係計算時可能存在著些微誤差，因此，可設置一預定倍數。其中，伺服器係基於當前控制上限值資料216小於第一平均需量值資料214的預定倍數，而判定當前控制上限值資料216小於第一平均需量值資料214。預定倍數可例如為1.01（但不以此為限），如此，伺服器即會在當前控制上限值資料216小於第一平均需量值資料214的1.01倍時，才會判定當前控制上限值資料216係小於第一平均需量值資料214。Please refer to the second figure, which illustrates a schematic diagram of a specific embodiment of the power demand control system according to the present invention. As in the embodiment shown in the second figure, the database of the power demand control system of the present invention stores the current control upper limit data 216 and the first historical demand data 212, and the first historical demand data 212 is associated with the first time interval data (preferably, the interval data of the first time period can also be stored in the database). Among them, the current control upper limit value data 216 indicates the current demand control upper limit value, the first time period interval data indicates the first time period interval 210 (that is, 0 minutes to 15 minutes in the second figure), and the first historical demand The quantity data 212 indicates the demand value at each time point in the first time interval 210 . The server of the power demand control system of the present invention can calculate the first average demand value data 214 according to the first historical demand data 212 , and the first average demand value data 214 is associated with the first time interval data. Wherein, the first average demand value data 214 indicates the average value of the first historical demand data 212 (that is, the average value of the demand value at each time point in the first time interval 210 ). Since the current control upper limit data 216 is smaller than the first average demand value data 214, the server can convert the current control upper limit data 216 based on the fact that the current control upper limit data 216 is smaller than the first average demand data 214. Adjust to be equal to the first average demand data 214 . In a specific embodiment, since each historical demand data may have a slight error value, or there may be a slight error in the calculation, a predetermined multiple can be set. Wherein, the server determines that the current control upper limit data 216 is smaller than the first average demand data 214 based on the current control upper limit data 216 being smaller than a predetermined multiple of the first average demand data 214 . The predetermined multiple can be, for example, 1.01 (but not limited thereto), so that the server will determine the current upper control limit only when the current control upper limit data 216 is less than 1.01 times the first average demand value data 214 Value data 216 is less than first average demand value data 214 .

在一具體實施例中，本發明電力需量控制系統的伺服器可持續接收當前需量值資料200，並將當前需量值資料200儲存至資料庫中。而先前儲存於資料庫中的各個當前需量值資料即可做為歷史需量資料。在不同具體實施例中，本發明電力需量控制系統的資料庫可儲存一需量預測值資料（需量預測值資料可例如為短期需量預測值資料），該需量預測值資料可由伺服器計算而得。例如伺服器可藉由類神經網路或其他不同計算方式，計算出需量預測值資料。在一具體實施例中，本發明電力需量控制系統的伺服器可基於當前需量值資料或需量預測值資料小於當前控制上限值資料，而使儲能裝置進行儲能。如此，在當前需量值資料或需量預測值資料小於當前控制上限值資料（即當前所需電量低於當前控制上限值）時，即可將超出當前需量，且低於當前需量控制上限值的電能，儲存至儲能裝置。在一具體實施例中，伺服器可基於當前需量值資料或需量預測值資料大於當前控制上限值資料，而使儲能裝置進行放電（所述放電可例如為提供電能予目標裝置使用）。如此，在當前需量值資料或需量預測值資料大於當前控制上限值資料（即當前所需電量高於當前控制上限值）時，即可由儲能裝置提供電力，藉以補足超出當前需量控制上限值的所需電力，進而可盡量避免實際用電量超出當前需量控制上限值。在一具體實施例中，本發明電力需量控制系統的伺服器可自儲能裝置接收一當前儲能值資料，該當前儲能值資料關聯於儲能裝置。其中，當前儲能值資料指示出儲能裝置目前的已儲存電能（可依需求而以數值或百分比表示）。伺服器並可基於當前需量值資料或需量預測值資料小於當前控制上限值資料，且當前儲能值資料大於或等於一預定儲能上限值資料，而使該儲能裝置停止儲能。如此，當儲能裝置已充飽電時，即可停止儲能。在一具體實施例中，伺服器可藉由提供一儲能指令予儲能裝置，以使儲能裝置進行儲能。伺服器並可藉由提供一放電指令予儲能裝置，以使儲能裝置進行放電。In a specific embodiment, the server of the power demand control system of the present invention can continuously receive the current demand value data 200 and store the current demand value data 200 in a database. And each current demand value data previously stored in the database can be used as historical demand data. In different specific embodiments, the database of the power demand control system of the present invention can store a demand forecast value data (the demand forecast value data can be short-term demand forecast value data, for example), and the demand forecast value data can be provided by the server calculated by the device. For example, the server can calculate the demand forecast value data through a neural network or other different calculation methods. In a specific embodiment, the server of the power demand control system of the present invention can enable the energy storage device to store energy based on the current demand value data or the demand forecast value data being smaller than the current control upper limit data. In this way, when the current demand value data or demand forecast value data is less than the current control upper limit value data (that is, the current demanded electricity is lower than the current control upper limit value), the current demand can be exceeded and lower than the current demand. The electric energy of the control upper limit value is stored in the energy storage device. In a specific embodiment, the server can discharge the energy storage device based on the current demand value data or the demand forecast value data being greater than the current control upper limit data (the discharge can be, for example, to provide electric energy for use by the target device ). In this way, when the current demand value data or demand forecast value data is greater than the current control upper limit data (that is, the current required power is higher than the current control upper limit), the energy storage device can provide power to make up for the excess current demand. The required power of the upper limit of demand control can be avoided as much as possible to avoid the actual power consumption exceeding the current upper limit of demand control. In a specific embodiment, the server of the power demand control system of the present invention can receive a current energy storage value data from the energy storage device, and the current energy storage value data is associated with the energy storage device. Wherein, the current energy storage value data indicates the current stored electric energy of the energy storage device (which can be expressed in numerical value or percentage according to demand). The server can also stop the energy storage device from storing energy based on the current demand value data or the demand forecast value data being less than the current control upper limit data, and the current energy storage value data is greater than or equal to a predetermined energy storage upper limit data. able. In this way, when the energy storage device is fully charged, the energy storage can be stopped. In a specific embodiment, the server may provide an energy storage command to the energy storage device, so that the energy storage device performs energy storage. The server can also provide a discharge command to the energy storage device, so that the energy storage device is discharged.

在一具體實施例中，在當前控制上限值資料被調整為與第一平均需量值資料214相等後，本發明電力需量控制系統即可將當前控制上限值資料226儲存於資料庫中。此外，本發明電力需量控制系統的資料庫並儲存了第二歷史需量資料222，第二歷史需量資料222關聯於一第二時段區間資料，且第二時段區間資料接續於第一時段區間資料之後（較佳地，第二時段區間資料亦可儲存於資料庫中）。其中，當前控制上限值資料226指示出當前的需量控制上限值，第二時段區間資料指示出第二時段區間220（即第二圖中的15分到30分），且第二時段區間220接續於第一時段區間210之後，第二歷史需量資料222指示出第二時段區間220中，各時間點的需量值。本發明電力需量控制系統的伺服器可根據第二歷史需量資料222計算出第二平均需量值資料224，且第二平均需量值資料224關聯於第二時段區間資料。其中，第二平均需量值資料224指示出第二歷史需量資料222的平均值（即第二時段區間220中，各時間點之需量值的平均值）。而由於當前控制上限值資料226小於第二平均需量值資料224，因此伺服器可基於當前控制上限值資料226小於第二平均需量值資料224，而將當前控制上限值資料226調整為與第二平均需量值資料224相等。在一具體實施例中，由於各個歷史需量資料可能存在著些微的誤差值，或係計算時可能存在著些微誤差，因此，可設置一預定倍數。其中，伺服器係基於當前控制上限值資料226小於第一平均需量值資料224的預定倍數，而判定當前控制上限值資料226小於第二平均需量值資料224。預定倍數可例如為1.01（但不以此為限），如此，伺服器即會在當前控制上限值資料226小於第二平均需量值資料224的1.01倍時，才會判定當前控制上限值資料226係小於第一平均需量值資料224。In a specific embodiment, after the current control upper limit data is adjusted to be equal to the first average demand value data 214, the power demand control system of the present invention can store the current control upper limit data 226 in the database middle. In addition, the database of the power demand control system of the present invention also stores the second historical demand data 222, the second historical demand data 222 is associated with a second time interval data, and the second time interval data is continuous with the first time interval data After the interval data (preferably, the interval data of the second time period can also be stored in the database). Among them, the current control upper limit value data 226 indicates the current demand control upper limit value, the second time period interval data indicates the second time period interval 220 (that is, 15 minutes to 30 minutes in the second figure), and the second time period The interval 220 follows the first time interval 210 , and the second historical demand data 222 indicates the demand value at each time point in the second time interval 220 . The server of the power demand control system of the present invention can calculate the second average demand value data 224 according to the second historical demand data 222 , and the second average demand value data 224 is associated with the second time interval data. Wherein, the second average demand value data 224 indicates the average value of the second historical demand data 222 (that is, the average value of the demand values at each time point in the second time interval 220 ). Since the current control upper limit data 226 is smaller than the second average demand value data 224, the server can convert the current control upper limit data 226 based on the current control upper limit data 226 being smaller than the second average demand data 224. Adjusted to be equal to the second average demand data 224 . In a specific embodiment, since each historical demand data may have a slight error value, or there may be a slight error in the calculation, a predetermined multiple can be set. Wherein, the server determines that the current control upper limit data 226 is smaller than the second average demand data 224 based on the current control upper limit data 226 being smaller than a predetermined multiple of the first average demand data 224 . The predetermined multiple can be, for example, 1.01 (but not limited thereto), so that the server will determine the current upper control limit only when the current control upper limit data 226 is less than 1.01 times the second average demand value data 224 Value data 226 is less than first average demand value data 224 .

在一具體實施例中，在當前控制上限值資料被調整為與第二平均需量值資料224相等後，本發明電力需量控制系統即可將當前控制上限值資料236儲存於資料庫中。此外，本發明電力需量控制系統的資料庫並儲存了第三歷史需量資料232，該第三歷史需量資料232關聯於一第三時段區間資料，且第三時段區間資料接續於第二時段區間資料之後（較佳地，第三時段區間資料亦可儲存於資料庫中）。其中，當前控制上限值資料236指示出當前的需量控制上限值，第三時段區間資料指示出第三時段區間230（即第二圖中的30分到45分），且第三時段區間230接續於第二時段區間220之後，第三歷史需量資料232指示出第三時段區間230中，各時間點的需量值。本發明電力需量控制系統的伺服器可根據第三歷史需量資料232計算出第三平均需量值資料234，且第三平均需量值資料234關聯於第三時段區間資料。其中，第三平均需量值資料234指示出第三歷史需量資料232的平均值（即第三時段區間230中，各時間點之需量值的平均值）。而由於當前控制上限值資料236不小於（即大於或等於）第三平均需量值資料234，因此伺服器可基於當前控制上限值資料236大於或等於第三平均需量值資料234，而使當前控制上限值資料236維持不變。在一具體實施例中，本發明電力需量控制系統的資料庫可儲存一初始控制上限值資料。伺服器可基於一當前時間點到達一預定時間點，而將當前控制上限值資料調整為與初始控制上限值資料相等。如此，即可於特定時間點或特定時間週期（例如每月第一天，但不以此為限）時，將當前控制上限值資料調整為初始值。In a specific embodiment, after the current control upper limit data is adjusted to be equal to the second average demand value data 224, the power demand control system of the present invention can store the current control upper limit data 236 in the database middle. In addition, the database of the power demand control system of the present invention also stores the third historical demand data 232, the third historical demand data 232 is associated with a third time interval data, and the third time interval data is continuous with the second After the period interval data (preferably, the third period interval data can also be stored in the database). Among them, the current control upper limit value data 236 indicates the current demand control upper limit value, the third time period interval data indicates the third time period interval 230 (that is, 30 minutes to 45 minutes in the second figure), and the third time period The interval 230 follows the second time interval 220 , and the third historical demand data 232 indicates the demand value at each time point in the third time interval 230 . The server of the power demand control system of the present invention can calculate the third average demand value data 234 according to the third historical demand data 232 , and the third average demand value data 234 is associated with the third time interval data. Wherein, the third average demand value data 234 indicates the average value of the third historical demand data 232 (that is, the average value of the demand value at each time point in the third time interval 230 ). And because the current control upper limit data 236 is not less than (that is, greater than or equal to) the third average demand value data 234, so the server can based on the current control upper limit data 236 greater than or equal to the third average demand value data 234, And keep the current control upper limit value data 236 unchanged. In a specific embodiment, the database of the power demand control system of the present invention can store an initial control upper limit data. The server can adjust the current control upper limit data to be equal to the initial control upper limit data based on a current time point reaching a predetermined time point. In this way, the current control upper limit data can be adjusted to the initial value at a specific time point or a specific time period (such as the first day of each month, but not limited to this).

請參閱第三圖，其例示說明了根據本發明電力需量控制系統一具體實施例的示意圖。如第三圖所示實施例，在伺服器基於當前控制上限值資料316小於第一平均需量值資料314，而將當前控制上限值資料316調整為與第一平均需量值資料314相等後，本發明電力需量控制系統即可將調整後的當前控制上限值資料326儲存於資料庫中。此外，本發明電力需量控制系統的資料庫並儲存了第二歷史需量資料322，且第二歷史需量資料322關聯於一第二時段區間資料（較佳地，第二時段區間資料亦可儲存於資料庫中）。其中，當前控制上限值資料326指示出當前的需量控制上限值，第二時段區間資料指示出第二時段區間320（即第三圖中的15分到30分），第二歷史需量資料322指示出第二時段區間320中，各時間點的需量值。本發明電力需量控制系統的伺服器可根據第二歷史需量資料322計算出第二平均需量值資料324，且第二平均需量值資料324關聯於第二時段區間資料。其中，第二平均需量值資料324指示出第二歷史需量資料322的平均值（即第二時段區間320中，各時間點之需量值的平均值）。而由於當前控制上限值資料326不小於（即大於或等於）第二平均需量值資料324，因此伺服器可基於當前控制上限值資料326大於或等於第二平均需量值資料324，而使當前控制上限值資料326維持不變。Please refer to the third figure, which illustrates a schematic diagram of a specific embodiment of the power demand control system according to the present invention. In the embodiment shown in the third figure, the server adjusts the current control upper limit data 316 to match the first average demand data 314 based on the current control upper limit data 316 being smaller than the first average demand data 314 After being equal, the power demand control system of the present invention can store the adjusted current control upper limit value data 326 in the database. In addition, the database of the power demand control system of the present invention also stores the second historical demand data 322, and the second historical demand data 322 is associated with a second time interval data (preferably, the second time interval data is also can be stored in the database). Among them, the current control upper limit value data 326 indicates the current demand control upper limit value, the second time interval data indicates the second time interval 320 (that is, 15 minutes to 30 minutes in the third figure), and the second historical demand The quantity data 322 indicates the demand quantity at each time point in the second time interval 320 . The server of the power demand control system of the present invention can calculate the second average demand value data 324 according to the second historical demand data 322 , and the second average demand value data 324 is associated with the second time interval data. Wherein, the second average demand value data 324 indicates the average value of the second historical demand data 322 (that is, the average value of the demand values at each time point in the second time interval 320 ). And because the current control upper limit data 326 is not less than (that is, greater than or equal to) the second average demand value data 324, so the server can based on the current control upper limit data 326 greater than or equal to the second average demand value data 324, And keep the current control upper limit value data 326 unchanged.

請參閱第四圖，其例示說明了根據本發明電力需量控制方法一具體實施例的流程圖。如第四圖所示實施例，電力需量控制方法400應用於一電力需量控制系統，該電力需量控制系統包含儲能裝置、資料庫以及伺服器，該伺服器存取該資料庫，且該伺服器通訊連接該儲能裝置。電力需量控制方法400開始於步驟410，由資料庫儲存當前控制上限值資料以及第一歷史需量資料，該第一歷史需量資料關聯於第一時段區間資料（較佳地，係由伺服器或資料庫將歷史需量資料關聯於第一時段區間資料）。接著，執行步驟420，由伺服器根據第一歷史需量資料計算出第一平均需量值資料，該第一平均需量值資料關聯於第一時段區間資料（較佳地，係由伺服器將第一平均需量值資料關聯於第一時段區間資料）。接著，執行步驟430，由伺服器基於當前控制上限值資料小於第一平均需量值資料，而將當前控制上限值資料調整為與第一平均需量值資料相等。Please refer to the fourth figure, which illustrates a flow chart of a specific embodiment of the power demand control method according to the present invention. In the embodiment shown in the fourth figure, the power demand control method 400 is applied to a power demand control system. The power demand control system includes an energy storage device, a database, and a server. The server accesses the database. And the server communicates with the energy storage device. The power demand control method 400 starts at step 410, the current control upper limit data and the first historical demand data are stored in the database, and the first historical demand data is associated with the first time interval data (preferably, by The server or database correlates the historical demand data with the first time interval data). Next, step 420 is executed, the server calculates the first average demand value data according to the first historical demand data, and the first average demand value data is associated with the first time interval data (preferably, by the server Associating the first average demand value data with the first time interval data). Next, step 430 is executed, the server adjusts the current control upper limit data to be equal to the first average demand data based on the fact that the current control upper limit data is smaller than the first average demand data.

在一具體實施例中，電力需量控制方法400可進一步包含：由資料庫儲存一需量預測值資料，該需量預測值資料可由伺服器計算而得。例如伺服器可藉由類神經網路或其他不同計算方式，計算出需量預測值資料。電力需量控制方法400並可進一步包含：由伺服器接收當前需量值資料，並將當前需量值資料儲存至資料庫。電力需量控制方法400並可進一步包含：由伺服器基於當前需量值資料或需量預測值資料小於當前控制上限值資料，而使儲能裝置進行儲能。如此，在當前需量值資料或需量預測值資料小於當前控制上限值資料（即當前所需電量低於當前控制上限值）時，即可將超出當前需量，且低於當前需量控制上限值的電能，儲存至儲能裝置。In a specific embodiment, the power demand control method 400 may further include: storing a demand forecast value data in a database, and the demand forecast value data can be calculated by a server. For example, the server can calculate the demand forecast value data through a neural network or other different calculation methods. The power demand control method 400 may further include: receiving current demand value data by the server, and storing the current demand value data in a database. The power demand control method 400 may further include: enabling the energy storage device to store energy based on the current demand value data or the demand forecast value data being smaller than the current control upper limit data by the server. In this way, when the current demand value data or demand forecast value data is less than the current control upper limit value data (that is, the current demanded electricity is lower than the current control upper limit value), the current demand can be exceeded and lower than the current demand. The electric energy of the control upper limit value is stored in the energy storage device.

在一具體實施例中，電力需量控制方法400可進一步包含：由資料庫儲存一需量預測值資料，該需量預測值資料可由伺服器計算而得。例如伺服器可藉由類神經網路或其他不同計算方式，計算出需量預測值資料。電力需量控制方法400並可進一步包含：由伺服器接收當前需量值資料，並將當前需量值資料儲存至資料庫。電力需量控制方法400並可進一步包含：由伺服器基於當前需量值資料或需量預測值資料大於當前控制上限值資料，而使儲能裝置進行放電。如此，在當前需量值資料或需量預測值資料大於當前控制上限值資料（即當前所需電量高於當前控制上限值）時，即可由儲能裝置提供電力，藉以補足超出當前需量控制上限值的所需電力，進而可盡量避免實際用電量超出當前需量控制上限值。In a specific embodiment, the power demand control method 400 may further include: storing a demand forecast value data in a database, and the demand forecast value data can be calculated by a server. For example, the server can calculate the demand forecast value data through a neural network or other different calculation methods. The power demand control method 400 may further include: receiving current demand value data by the server, and storing the current demand value data in a database. The power demand control method 400 may further include: the server discharges the energy storage device based on the current demand value data or the demand forecast value data being greater than the current control upper limit data. In this way, when the current demand value data or demand forecast value data is greater than the current control upper limit data (that is, the current required power is higher than the current control upper limit), the energy storage device can provide power to make up for the excess current demand. The required power of the upper limit of demand control can be avoided as much as possible to avoid the actual power consumption exceeding the current upper limit of demand control.

在一具體實施例中，電力需量控制方法400可進一步包含：由資料庫儲存一需量預測值資料，該需量預測值資料可由伺服器計算而得。例如伺服器可藉由類神經網路或其他不同計算方式，計算出需量預測值資料。電力需量控制方法400並可進一步包含：由伺服器接收當前需量值資料，並將當前需量值資料儲存至資料庫。電力需量控制方法400可進一步包含：由伺服器自儲能裝置接收當前儲能值資料，該當前儲能值資料關聯於儲能裝置。電力需量控制方法400並可進一步包含：由伺服器基於當前需量值資料或需量預測值資料小於當前控制上限值資料，且當前儲能值資料大於或等於一預定儲能上限值資料，而使儲能裝置停止儲能。如此，當儲能裝置已充飽電時，即可停止儲能。In a specific embodiment, the power demand control method 400 may further include: storing a demand forecast value data in a database, and the demand forecast value data can be calculated by a server. For example, the server can calculate the demand forecast value data through a neural network or other different calculation methods. The power demand control method 400 may further include: receiving current demand value data by the server, and storing the current demand value data in a database. The power demand control method 400 may further include: the server receives current energy storage value data from the energy storage device, and the current energy storage value data is associated with the energy storage device. The power demand control method 400 may further include: the server based on the current demand value data or the demand forecast value data is less than the current control upper limit data, and the current energy storage value data is greater than or equal to a predetermined energy storage upper limit value data, so that the energy storage device stops storing energy. In this way, when the energy storage device is fully charged, the energy storage can be stopped.

在一具體實施例中，由於各個歷史需量資料可能存在著些微的誤差值，或係計算時可能存在著些微誤差，因此，可設置一預定倍數（例如由伺服器接收使用者提供的一預定倍數值資料）。電力需量控制方法400可進一步包含：由伺服器基於當前控制上限值資料小於第一平均需量值資料的一預定倍數，而判定當前控制上限值資料小於第一平均需量值資料。In a specific embodiment, because each historical demand data may have a slight error value, or there may be a slight error in the calculation, therefore, a predetermined multiple can be set (such as a predetermined value provided by the server received by the user) multiple data). The power demand control method 400 may further include: determining, by the server, that the current control upper limit data is less than the first average demand data based on the fact that the current control upper limit data is less than a predetermined multiple of the first average demand data.

在一具體實施例中，電力需量控制方法400可進一步包含：由資料庫儲存一第二歷史需量資料，該第二歷史需量資料關聯於第二時段區間資料，且第二時段區間資料接續於第一時段區間資料。電力需量控制方法400可進一步包含：由伺服器根據第二歷史需量資料計算出第二平均需量值資料，第二平均需量值資料關聯於第二時段區間資料。電力需量控制方法400並可進一步包含：由伺服器基於當前控制上限值資料小於第二平均需量值資料，而將當前控制上限值資料調整為與第二平均需量值資料相等。In a specific embodiment, the power demand control method 400 may further include: storing a second historical demand data in the database, the second historical demand data is associated with the second time interval data, and the second time interval data Continuing from the first time interval data. The power demand control method 400 may further include: the server calculates second average demand value data according to the second historical demand data, and the second average demand value data is associated with the second time interval data. The power demand control method 400 may further include: adjusting the current control upper limit data to be equal to the second average demand data by the server based on the current control upper limit data being smaller than the second average demand data.

在一具體實施例中，電力需量控制方法400可進一步包含：由資料庫儲存一第二歷史需量資料，該第二歷史需量資料關聯於一第二時段區間資料，且第二時段區間資料接續於第一時段區間資料。電力需量控制方法400可進一步包含：由伺服器根據第二歷史需量資料計算出第二平均需量值資料，該第二平均需量值資料關聯於第二時段區間資料。電力需量控制方法400並可進一步包含：由伺服器基於當前控制上限值資料大於或等於第二平均需量值資料，而使當前控制上限值資料維持不變。In a specific embodiment, the power demand control method 400 may further include: storing a second historical demand data in a database, the second historical demand data is associated with a second time interval data, and the second time interval The data is continued from the first period interval data. The power demand control method 400 may further include: calculating a second average demand value data by the server according to the second historical demand data, and the second average demand value data is associated with the second time interval data. The power demand control method 400 may further include: keeping the current control upper limit data unchanged by the server based on the current control upper limit data being greater than or equal to the second average demand value data.

在一具體實施例中，電力需量控制方法400可進一步包含：由資料庫儲存一初始控制上限值資料。電力需量控制方法400並可進一步包含：由伺服器基於當前時間點到達一預定時間點，而將當前控制上限值資料調整為與初始控制上限值資料相等。如此，即可於特定時間點或特定時間週期（例如每月第一天，但不以此為限）時，將當前控制上限值資料調整為初始值。In a specific embodiment, the power demand control method 400 may further include: storing an initial control upper limit data in a database. The power demand control method 400 may further include: adjusting the current control upper limit data to be equal to the initial control upper limit data by the server based on the current time point reaching a predetermined time point. In this way, the current control upper limit data can be adjusted to the initial value at a specific time point or a specific time period (such as the first day of each month, but not limited to this).

至此，本發明之電力需量控制系統及其方法已經由上述說明及圖式加以說明。然應了解，本發明的各個具體實施例僅是做為說明之用，在不脫離本發明申請專利範圍與精神下可進行各種改變，且均應包含於本發明之專利範圍中。因此，本說明書所描述的各具體實施例並非用以限制本發明，本發明之真實範圍與精神揭示於以下申請專利範圍。So far, the power demand control system and its method of the present invention have been described by the above description and drawings. However, it should be understood that the various specific embodiments of the present invention are only used for illustration, and various changes can be made without departing from the scope and spirit of the patent application of the present invention, and all should be included in the patent scope of the present invention. Therefore, the specific embodiments described in this specification are not intended to limit the present invention, and the true scope and spirit of the present invention are disclosed in the following claims.

100:電力需量控制系統 110:資料庫 120:伺服器 122:內部處理裝置 124:通訊裝置 130:儲能裝置 200:當前需量值資料 210:第一時段區間 212:第一歷史需量資料 214:第一平均需量值資料 216:當前控制上限值資料 220:第二時段區間 222:第二歷史需量資料 224:第二平均需量值資料 226:當前控制上限值資料 230:第三時段區間 232:第三歷史需量資料 234:第三平均需量值資料 236:當前控制上限值資料 314:第一平均需量值資料 316:當前控制上限值資料 320:第二時段區間 322:第二歷史需量資料 324:第二平均需量值資料 326:當前控制上限值資料 400:電力需量控制方法 410~430:步驟 100: Power demand control system 110: Database 120: server 122: Internal processing device 124: Communication device 130: Energy storage device 200: Current demand data 210: The first time interval 212: The first historical demand data 214: The first average demand data 216: Current control upper limit data 220: the second time interval 222:Second historical demand data 224: Second average demand data 226: Current control upper limit data 230: The third time interval 232: The third historical demand data 234: The third average demand data 236: Current control upper limit data 314: The first average demand data 316: Current control upper limit data 320: the second time interval 322:Second historical demand data 324: Second average demand data 326: Current control upper limit data 400: Power demand control method 410~430: Steps

第一圖為本發明電力需量控制系統一具體實施例的系統架構圖。The first figure is a system architecture diagram of a specific embodiment of the power demand control system of the present invention.

第二圖為本發明電力需量控制系統一具體實施例的示意圖。The second figure is a schematic diagram of a specific embodiment of the power demand control system of the present invention.

第三圖為本發明電力需量控制系統一具體實施例的示意圖。The third figure is a schematic diagram of a specific embodiment of the power demand control system of the present invention.

第四圖為本發明電力需量控制方法一具體實施例的流程圖。The fourth figure is a flowchart of a specific embodiment of the power demand control method of the present invention.

無none

100:電力需量控制系統 100: Power demand control system

110:資料庫 110: Database

120:伺服器 120: server

122:內部處理裝置 122: Internal processing device

124:通訊裝置 124: Communication device

130:儲能裝置 130: Energy storage device

Claims (14)

一種電力需量控制系統，包含： 一儲能裝置； 一資料庫，儲存一當前控制上限值資料以及一第一歷史需量資料，該第一歷史需量資料關聯於一第一時段區間資料；以及 一伺服器，存取該資料庫，並通訊連接該儲能裝置，該伺服器根據該第一歷史需量資料計算出一第一平均需量值資料，該第一平均需量值資料關聯於該第一時段區間資料； 其中該伺服器基於該當前控制上限值資料小於該第一平均需量值資料，而將該當前控制上限值資料調整為與該第一平均需量值資料相等。 A power demand control system comprising: an energy storage device; a database storing a current control upper limit data and a first historical demand data, the first historical demand data being associated with a first time interval data; and A server accesses the database and communicates with the energy storage device. The server calculates a first average demand value data based on the first historical demand data, and the first average demand value data is associated with the first time interval data; Wherein the server adjusts the current control upper limit data to be equal to the first average demand data based on the current control upper limit data being smaller than the first average demand data. 如請求項1之電力需量控制系統，其中該伺服器接收一當前需量值資料，並將該當前需量值資料儲存至該資料庫，其中該資料庫儲存一需量預測值資料； 其中該伺服器基於該當前需量值資料或該需量預測值資料小於該當前控制上限值資料，而使該儲能裝置進行儲能； 其中該伺服器基於該當前需量值資料或該需量預測值資料大於該當前控制上限值資料，而使該儲能裝置進行放電。 As for the power demand control system of claim item 1, wherein the server receives a current demand value data, and stores the current demand value data in the database, wherein the database stores a demand forecast value data; wherein the server enables the energy storage device to store energy based on the current demand value data or the demand forecast value data being less than the current control upper limit data; Wherein the server discharges the energy storage device based on the current demand value data or the demand forecast value data being greater than the current control upper limit data. 如請求項2之電力需量控制系統，其中該伺服器自該儲能裝置接收一當前儲能值資料； 其中該伺服器基於該當前需量值資料或該需量預測值資料小於該當前控制上限值資料，且該當前儲能值資料大於或等於一預定儲能上限值資料，而使該儲能裝置停止儲能。 The power demand control system according to claim 2, wherein the server receives a current energy storage value data from the energy storage device; Wherein, based on the current demand value data or the demand forecast value data being smaller than the current control upper limit data, and the current energy storage value data being greater than or equal to a predetermined energy storage upper limit data, the server makes the storage The energy device stops storing energy. 如請求項1之電力需量控制系統，其中該伺服器基於該當前控制上限值資料小於該第一平均需量值資料的一預定倍數，而判定該當前控制上限值資料小於該第一平均需量值資料。The power demand control system of claim 1, wherein the server determines that the current control upper limit data is less than the first average demand value data based on the current control upper limit data being less than a predetermined multiple of the first average demand value data Average demand data. 如請求項1之電力需量控制系統，其中該資料庫儲存一第二歷史需量資料，該第二歷史需量資料關聯於一第二時段區間資料，且該第二時段區間資料接續於該第一時段區間資料； 其中該伺服器根據該第二歷史需量資料計算出一第二平均需量值資料，該第二平均需量值資料關聯於該第二時段區間資料； 其中該伺服器基於該當前控制上限值資料小於該第二平均需量值資料，而將該當前控制上限值資料調整為與該第二平均需量值資料相等。 As for the power demand control system of claim item 1, wherein the database stores a second historical demand data, the second historical demand data is associated with a second time interval data, and the second time interval data is continued in the first time interval data; Wherein the server calculates a second average demand value data according to the second historical demand data, and the second average demand value data is associated with the second time interval data; Wherein the server adjusts the current control upper limit data to be equal to the second average demand data based on the current control upper limit data being smaller than the second average demand data. 如請求項1之電力需量控制系統，其中該資料庫儲存一第二歷史需量資料，該第二歷史需量資料關聯於一第二時段區間資料，且該第二時段區間資料接續於該第一時段區間資料； 其中該伺服器根據該第二歷史需量資料計算出一第二平均需量值資料，該第二平均需量值資料關聯於該第二時段區間資料； 其中該伺服器基於該當前控制上限值資料大於或等於該第二平均需量值資料，而使該當前控制上限值資料維持不變。 As for the power demand control system of claim item 1, wherein the database stores a second historical demand data, the second historical demand data is associated with a second time interval data, and the second time interval data is continued in the first time interval data; Wherein the server calculates a second average demand value data according to the second historical demand data, and the second average demand value data is associated with the second time interval data; Wherein the server keeps the current control upper limit data unchanged based on the fact that the current control upper limit data is greater than or equal to the second average demand value data. 如請求項1之電力需量控制系統，其中該資料庫儲存一初始控制上限值資料，其中該伺服器基於一當前時間點到達一預定時間點，而將該當前控制上限值資料調整為與該初始控制上限值資料相等。Such as the power demand control system of claim item 1, wherein the database stores an initial control upper limit value data, wherein the server adjusts the current control upper limit value data based on a current time point reaching a predetermined time point It is equal to the initial control upper limit data. 一種電力需量控制方法，應用於一電力需量控制系統，該電力需量控制系統包含一儲能裝置、一資料庫以及一伺服器，該伺服器存取該資料庫，且該伺服器通訊連接該儲能裝置，該電力需量控制方法包含以下步驟： 由該資料庫儲存一當前控制上限值資料以及一第一歷史需量資料，該第一歷史需量資料關聯於一第一時段區間資料； 由該伺服器根據該第一歷史需量資料計算出一第一平均需量值資料，該第一平均需量值資料關聯於該第一時段區間資料；以及 由該伺服器基於該當前控制上限值資料小於該第一平均需量值資料，而將該當前控制上限值資料調整為與該第一平均需量值資料相等。 A power demand control method, applied to a power demand control system, the power demand control system includes an energy storage device, a database and a server, the server accesses the database, and the server communicates Connecting the energy storage device, the power demand control method includes the following steps: The database stores a current control upper limit data and a first historical demand data, and the first historical demand data is associated with a first time interval data; calculating a first average demand value data by the server according to the first historical demand data, the first average demand value data being associated with the first time interval data; and Based on the fact that the current control upper limit data is smaller than the first average demand value data, the server adjusts the current control upper limit data to be equal to the first average demand value data. 如請求項8之電力需量控制系統，進一步包含以下步驟： 由該資料庫儲存一需量預測值資料； 由該伺服器接收一當前需量值資料，並將該當前需量值資料儲存至該資料庫； 由該伺服器基於該當前需量值資料或該需量預測值資料小於該當前控制上限值資料，而使該儲能裝置進行儲能；以及 由該伺服器基於該當前需量值資料或該需量預測值資料大於該當前控制上限值資料，而使該儲能裝置進行放電。 Such as the power demand control system of claim 8, further comprising the following steps: storing a demand forecast value data in the database; receiving a current demand value data from the server, and storing the current demand value data in the database; enabling the energy storage device to store energy based on the current demand value data or the demand forecast value data being less than the current control upper limit data by the server; and The energy storage device is discharged by the server based on the current demand value data or the demand forecast value data being greater than the current control upper limit data. 如請求項9之電力需量控制系統，進一步包含以下步驟： 由該伺服器自該儲能裝置接收一當前儲能值資料；以及 由該伺服器基於該當前需量值資料或該需量預測值資料小於該當前控制上限值資料，且該當前儲能值資料大於或等於一預定儲能上限值資料，而使該儲能裝置停止儲能。 Such as the power demand control system of claim item 9, further comprising the following steps: receiving a current stored energy value data from the energy storage device by the server; and Based on the current demand value data or the demand forecast value data being less than the current control upper limit data, and the current energy storage value data greater than or equal to a predetermined energy storage upper limit data, the server makes the storage The energy device stops storing energy. 如請求項8之電力需量控制系統，進一步包含以下步驟： 由該伺服器基於該當前控制上限值資料小於該第一平均需量值資料的一預定倍數，而判定該當前控制上限值資料小於該第一平均需量值資料。 Such as the power demand control system of claim 8, further comprising the following steps: The server determines that the current control upper limit data is less than the first average demand value data based on the current control upper limit data being less than a predetermined multiple of the first average demand value data. 如請求項8之電力需量控制系統，進一步包含以下步驟： 由該資料庫儲存一第二歷史需量資料，該第二歷史需量資料關聯於一第二時段區間資料，且該第二時段區間資料接續於該第一時段區間資料； 由該伺服器根據該第二歷史需量資料計算出一第二平均需量值資料，該第二平均需量值資料關聯於該第二時段區間資料；以及 由該伺服器基於該當前控制上限值資料小於該第二平均需量值資料，而將該當前控制上限值資料調整為與該第二平均需量值資料相等。 Such as the power demand control system of claim 8, further comprising the following steps: storing a second historical demand data in the database, the second historical demand data is associated with a second time interval data, and the second time interval data is continuous with the first time interval data; calculating a second average demand value data by the server according to the second historical demand data, the second average demand value data being associated with the second time interval data; and Based on the fact that the current control upper limit data is smaller than the second average demand value data, the server adjusts the current control upper limit data to be equal to the second average demand value data. 如請求項8之電力需量控制系統，進一步包含以下步驟： 由該資料庫儲存一第二歷史需量資料，該第二歷史需量資料關聯於一第二時段區間資料，且該第二時段區間資料接續於該第一時段區間資料； 由該伺服器根據該第二歷史需量資料計算出一第二平均需量值資料，該第二平均需量值資料關聯於該第二時段區間資料；以及 由該伺服器基於該當前控制上限值資料大於或等於該第二平均需量值資料，而使該當前控制上限值資料維持不變。 Such as the power demand control system of claim 8, further comprising the following steps: storing a second historical demand data in the database, the second historical demand data is associated with a second time interval data, and the second time interval data is continuous with the first time interval data; calculating a second average demand value data by the server according to the second historical demand data, the second average demand value data being associated with the second time interval data; and The server keeps the current upper control upper limit data unchanged based on the fact that the current upper control upper limit data is greater than or equal to the second average demand data. 如請求項8之電力需量控制系統，進一步包含以下步驟： 由該資料庫儲存一初始控制上限值資料；以及 由該伺服器基於一當前時間點到達一預定時間點，而將該當前控制上限值資料調整為與該初始控制上限值資料相等。 Such as the power demand control system of claim 8, further comprising the following steps: storing an initial control upper limit data by the database; and The server adjusts the current control upper limit data to be equal to the initial control upper limit data based on a current time point reaching a predetermined time point.
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