TW201044748A - Computer power backup system and device - Google Patents

Computer power backup system and device Download PDF

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TW201044748A
TW201044748A TW098119711A TW98119711A TW201044748A TW 201044748 A TW201044748 A TW 201044748A TW 098119711 A TW098119711 A TW 098119711A TW 98119711 A TW98119711 A TW 98119711A TW 201044748 A TW201044748 A TW 201044748A
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Taiwan
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power
computer
battery
backup unit
management center
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TW098119711A
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Chinese (zh)
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TWI380557B (en
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zhen-dong Sun
Tin-Way Chen
Andy Hsu
Lafin Lu
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T Win Sys Inc
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Abstract

The present invention provides a computer power backup system and device. When the computer system loses power, a Battery Backup Unit (BBU) provides the power and maintains the power supply for a period of time; meanwhile, a Power Management Control Center sends the warning message to the enterprise clients for prompting immediate processing. When the period of losing power is over-long and there is no engineer to recover the power, if the Power Management Control Center detects the insufficient power of battery, it saves the data in the storage equipment securely by itself and turns off the system. After the power is recovered, the Power Management Control Center turns on the computer system, and charges the battery of Battery Backup Unit (BBU). Thus, the completeness and safety of system data are ensured by using this operation mode.

Description

201044748 六、發明說明: 【發明所屬之技術領域】 本發明有關一種電腦電力備援系統及裝置,其利 . 用電池備位單元、直流對直流變流器及電力監控管理 • 中心,使電腦系統電力失去時由電池備位單元提供電 力作短時間之維持,並使電力監控管理中心發送警示 或自行將資料安全保存在儲存設備中,確保系統資料 的完整性及安全性。 Ο 【先前技術】 在科技曰新月異的時代裡,電腦伺服器不僅需因 應高效率、高穩定性的市場需求外,如何能將大量的 資料做完整而安全性的保存,更是業界在設計上需不 斷追求創新的方向。 一般企業使用電腦伺服器都是用來處理龐大的資 料’讓資料隨時能在線上流通傳遞,而這些資料包含 〇 了各大企業的機密檔案、業務往來等等行為紀錄,假 使該扮演企業生命中樞角色的電腦伺服器,因為電力 系統的不穩定,導致無法完整保存這些資料的話’那 * 麼對於企業以及員工本身都會造成重大的影響,有些 , 甚至還會因此而面臨失去業界的競爭優勢,因而導致 顏臨倒閉的危機。 為了避免上述不可回復的情況發生,電腦伺服器 除了身兼大規模資料中心處理的職責外,更需有備援 機制的建立,為了能在斷電狀況發生時’依舊維持系 201044748 統的基本可用性,不致使檔案傳輸中斷,因此「不斷 電系統」的導入成為重要的產業趨勢。 一般藉由外部連接不斷電系統(UPS)的方式來防 . 止因為電力系統失效而導致電腦系統中斷,甚至造成 . 資料消失或儲存設備等損壞,然而如果是電腦之電源 供應器損壞,則系統還是會面臨相同問題。 市售不斷電系統(UPS)因機構限制,故其體龐大且 成本高昂,並非所有企業皆會採用,尤其是中小企業 〇 更為明顯,本發明主要是提供備援系統,據以取代不 斷電系統UPS,在市電消失或電源供應器失效時,其 將自動切換電池備援,本發明系統可單獨作為電力不 斷電備位系統使用,亦可搭配一般不斷電系統使用, 以達到延長電腦伺服器的服務時間。 本發明系統可設計成内嵌於電腦伺服器的系統 裡,並透過内建電力監控管理中心隨時去偵測系統、 _ 電源供應器及電池的狀態,當偵測到系統失去電力 〇 時,監控管理系統會發送警訊給企業用戶,要求做資 料備份的動作,在電腦伺服器電池備用電力耗盡前, 若用戶沒有及時處理,也可以搭配管理軟體設定,自 « 動對作業系統發出安全關閉的指令。 ' 當系統恢復電力時,電力監控管理中心會自動對 電池充電,在這樣的工作應急狀態循環下,讓企業的 資料得到最佳且最完整的保護。 4 201044748 【發明内容】 本發明電腦電力備援系統及裝置設計的架構,主 要分成三大部份,即電池備位單元Battery Backup Unit (BBU)、直流對直流變流器DC-DC Converter及 搭配電腦的電源電力監控管理中心(P〇wer201044748 VI. Description of the Invention: [Technical Field] The present invention relates to a computer power backup system and device, which utilizes a battery backup unit, a DC-to-DC converter, and a power monitoring management center to make a computer system When power is lost, the battery backup unit provides power for short-term maintenance, and the power monitoring management center sends a warning or saves the data securely in the storage device to ensure the integrity and security of the system data. Ο 【Previous technology】 In the era of rapid development of technology, computer servers need not only respond to the market demand of high efficiency and high stability, but also how to save a large amount of data completely and safely. The design needs to constantly pursue the direction of innovation. The general use of computer servers is used to process huge amounts of data. 'The data can be distributed online at any time, and these data contain records of the confidential files, business transactions, etc. of major companies, if the company plays the life center of the enterprise. The role of the computer server, because of the instability of the power system, can not completely preserve the information, then 'that* will have a major impact on the enterprise and the employees themselves, and some will even face the loss of the competitive advantage of the industry. The crisis that led to the collapse of Yan. In order to avoid the above non-recoverable situation, in addition to the responsibility of large-scale data center processing, the computer server needs to have a backup mechanism, in order to maintain the basic availability of the 201044748 system in the event of a power outage. The introduction of the "continuous power system" has become an important industry trend. Generally, the external power system (UPS) is connected to prevent the computer system from being interrupted due to the failure of the power system, or even the data disappears or the storage device is damaged. However, if the power supply of the computer is damaged, The system will still face the same problem. Due to institutional restrictions, the commercial uninterruptible power system (UPS) is bulky and costly. Not all enterprises will adopt it. Especially for small and medium-sized enterprises, the invention is mainly to provide a backup system. The power-off system UPS will automatically switch battery backup when the utility power disappears or the power supply fails. The system of the present invention can be used alone as an electric power standby system, and can also be used with a general uninterruptible power system to achieve Extend the service time of the computer server. The system of the invention can be designed to be embedded in the system of the computer server, and can detect the status of the system, the power supply and the battery at any time through the built-in power monitoring and management center, and monitor when the system loses power, The management system will send a warning to the enterprise user, requesting the backup operation of the data. If the user does not deal with the standby power of the computer server before the battery is exhausted, it can also be used with the management software setting to issue a safe shutdown to the operating system. Instructions. When the system restores power, the Power Monitoring and Management Center will automatically charge the battery. Under such a working emergency state cycle, the company's information will be optimally and completely protected. 4 201044748 [Description] The architecture of the computer power backup system and device design of the present invention is mainly divided into three parts, namely, Battery Backup Unit (BBU), DC-DC converter DC-DC Converter and matching. Computer Power Monitoring and Management Center (P〇wer

Management Control)。 電池備位單元BBU的主要功能是當系統失去電力 時’可以從電池提供電力,讓系統不會立即關機,當 系統恢復電力時並可自動對電池充電,讓系統持續維 持保護資料的運作效率》Management Control). The main function of the battery backup unit BBU is to provide power from the battery when the system loses power, so that the system will not shut down immediately. When the system resumes power, it can automatically charge the battery, so that the system can maintain the efficiency of protecting data.

直流對直流變流器主要功能是將電源供應器PSU 或電池備位單元BBU所提供的電力轉變成提供系統主 機板的電力使用。 本發明電腦電力備援系統及裝置的工作原理,當 系統失去電力,會由電池備位單元BBU提供電力並持 =維持-段時間,可讓監控管理系統發送警示訊息給 止業用戶做立即處理,當電力失去時間過長且無工程 人員做排除時,此監控管理系統偵測到電池電力不足 ,會自行將資料安全保存在儲存設備中並將系統執 二關機動作,等待電力恢復時,監控管理系統可以自 ㈣系統開起’且會對_的電池充電,利用這樣的 運作模式以達到保護資料的完整性及安全性。 本發明電腦電力備援系統及裝置可作為不斷電替 厂或備位裝置’其模組化方式因具有可輕巧地應用在 5 201044748 各種不同伺服器的系統中,且能在維持各系統原始的 功能設計情況下’透過控制線和電源線將本發明電腦 電力備援系統及裝置模組與伺服器系統串聯在一起, 當系統失去電力時,也能夠持續維持一段時間,並透 . 過監控管理程式讓系統將資料安全保存在儲存設備 中,在負料完整保護的同時,也因為模組化的省體積 優勢,讓電腦電力備援系統及裝置能完整包覆於系統 内,更能維持工作機房的整齊美觀。 Ο 【實施方式】 參第一圖所示,本發明電腦電力備援系統及裝置 (1)其裝置主要包含·電池備位單元BatteryThe main function of the DC-to-DC converter is to convert the power provided by the power supply PSU or the battery backup unit BBU to provide power for the system's main board. The working principle of the computer power backup system and device of the present invention, when the system loses power, the battery backup unit BBU provides power and holds the maintenance period for the monitoring management system to send a warning message to the customer for immediate processing. When the power is lost for too long and no engineering personnel do the elimination, the monitoring management system detects that the battery power is insufficient, and will safely save the data in the storage device and perform the shutdown operation of the system, waiting for the power recovery, monitoring The management system can start from the (four) system and charge the battery of _, using this mode of operation to achieve the integrity and security of the protection data. The computer power backup system and device of the invention can be used as a continuous power plant or a backup device. The modularization mode thereof has a system that can be lightly applied in various servers of 5 201044748, and can maintain the original of each system. In the functional design case, the computer power backup system and device module of the present invention are connected in series with the server system through the control line and the power line. When the system loses power, it can continue to maintain for a period of time and pass through the monitoring. The management program allows the system to safely store data in the storage device. While the negative material is fully protected, and because of the modularized space-saving advantages, the computer power backup system and device can be completely covered in the system and can be maintained. The work room is neat and beautiful. Ο [Embodiment] As shown in the first figure, the computer power backup system and device of the present invention (1) mainly includes a battery backup unit Battery.

Backup Unit (BBU) ( 2 )、直流對直流變流器dc-DC Convertor ( 3 )及搭配電腦系統主機板Mother Board (7)内建之管理控制器Baseboard Management Controller (BMC) ( 6 )所連接之電力監控管理中心 〇 Power Management Control (4)° 本發明電池備位單元(2 ),其與電源供應器 (Power Supply Unit)PSU ( 5 )經由電力檢測系統管 ' 理介面 Detect Power System Management BUS(DPSMBUS) . 與系統主機板(7)内建之基板管理控制器(6 )之 電力監控管理中心(4)連接。 電池備位單元(2 )中包括:電池組Battery +12V (2 1 )、檢測器Monitor( 2 2 )及充放電電路Charge 6 201044748Backup Unit (BBU) ( 2 ), DC-to-DC converter dc-DC Convertor ( 3 ) and connected to the built-in management controller Baseboard Management Controller (BMC) ( 6 ) of the Motherboard (7) of the computer system motherboard Power Management Management Center (4) ° The battery backup unit (2) of the present invention, and the Power Supply Unit PSU (5) via the power detection system management interface Detect Power System Management BUS (DPSMBUS) . Connect to the power monitoring management center (4) of the baseboard management controller (6) built into the system board (7). The battery backup unit (2) includes: battery pack Battery +12V (2 1 ), detector Monitor (2 2 ), and charge and discharge circuit Charge 6 201044748

Circuit( 2 3 ),該檢測器(2 2 )及充放電電路(2 3 )經由系統管理介面 System Management BUS(SMBUS) 與電池組(2 1 )及基板管理控制器(6)連接。 電池備位單元(2)的主要功能是,當系統失去 . 電力時,可經電力監控管理中心(4)由電池組(2 1 ) k供電力給直流對直流變流器(3 ),讓系統不會 立即關機’當系統恢復電力時可自動經由檢測器(2 2)令充放電電路(2 3)對電池組(2 1)充電, 〇 讓系統持續維持保護資料的運作效率。。 本發明直流對直流變流器(3 ),其輸入端與電源 供應器(5 )、上述電池備位單元(2 )及電力監控管 理中心(4 )連接,而輸出端與系統主機板(?)不 同電流輸入單元(71)、(72)、(73)連接。 直流對直流變流器(3)主要功能是將電源供應 器(5)及電池備位單元(2)所提供的電力,轉變 〇 成提供系統主機板(7)所須電力供使用。 本發明電力監控管理中心(4 ),其内建統主機板 (7)中之執行程式,電力監控管理中心(4)與基 - 板管理控制器(6)及電池備位單元(2)連接。 本發明電腦電力備援系統及裝置(丄),其由電力 監控管理中心(4)隨時偵測電腦系統、電源供應器 (5 )、電池備位單元(2 )之電池組(2 i )的狀態, 菖4貞測到電腦系統失去電力時’電力監控管理中心 (4)會發送警訊給企業用戶要求做資料備份的動 7 201044748 作,在電腦伺服器電池備位單元(2)之電池組(2 1)備用電力耗盡前,若使用戶沒有及時處理,電力 監控管理中心(4)會發出指令經由基板管理控制器 (6)及系統主機板(7)自行將資料安全保存在儲 存設備中並將電腦系統執行安全關機動作,等待電力 恢復時,電力監控管理中心(4)即自行將電腦系統 開起,且會對電池備位單元(2 )之電池組(2工) 充電,運用此運作模式據以保護系統資料的完整性及 安全性。 參第二圖所示,本發明電腦電力備援系統及裝置 (1 )’其可單獨與電腦系統連接作為不斷電備位系統 使用,如第三圖所示,其亦可搭配一般不斷電系統(8 ) 串連共同使用,以獲得雙重之不斷電保護功能,以達 到延長電腦伺服器的服務時間。 【圖式簡單說明】 第一圖為本發明電腦電力備援系統及裝置架構圖。 第二圖為本發明電腦電力備援系統及裝置單獨與電腦 系統連接使用示意圖。 第三圖為本發明電腦電力備援系統及裝置單獨搭配— 般不斷電系統串連共同使用示意圖。 【主要元件符號說明】 電腦電力備援系統及裝置(1 ) 電池備位單元(2) 8 201044748 電池組(2 1) 檢測器(2 2) 充放電電路(2 3) 直流對直流變流器(3) . 電力監控管理中心(4 ) 電源供應器(5) 基板管理控制器(6 ) 系統主機板(7) 〇 電流輸入單元(71)、(72)、(73) 一般不斷電系統(8) ❹ 9Circuit (23), the detector (2 2 ) and the charge and discharge circuit (23) are connected to the battery pack (2 1 ) and the substrate management controller (6) via a system management interface System Management BUS (SMBUS). The main function of the battery backup unit (2) is that when the system loses power, it can be powered by the power supply management center (4) by the battery pack (2 1 ) k to the DC-to-DC converter (3), let The system will not shut down immediately. When the system resumes power, it can automatically charge the battery pack (2 1) through the detector (2 2), so that the system can maintain the efficiency of protecting the data. . The DC-to-DC converter (3) of the present invention has an input terminal connected to the power supply (5), the battery backup unit (2) and the power monitoring management center (4), and the output terminal and the system motherboard (?) The different current input units (71), (72), (73) are connected. The main function of the DC-to-DC converter (3) is to convert the power provided by the power supply (5) and the battery backup unit (2) into the power required to provide the system board (7). The power monitoring management center (4) of the present invention has an execution program in the built-in motherboard (7), and the power monitoring management center (4) is connected with the base-board management controller (6) and the battery backup unit (2). . The computer power backup system and device (丄) of the present invention is detected by the power monitoring management center (4) at any time to detect the battery system (2 i ) of the computer system, the power supply (5), and the battery backup unit (2). State, 菖4贞 When the computer system loses power, the power monitoring management center (4) will send a warning to the enterprise user to request data backup. 2010, the battery in the computer server battery backup unit (2) Group (2 1) Before the standby power is exhausted, if the user does not process it in time, the power monitoring management center (4) will issue a command to securely store the data in the storage via the baseboard management controller (6) and the system motherboard (7). In the device and the computer system performs a safe shutdown action, waiting for the power recovery, the power monitoring management center (4) automatically starts the computer system and charges the battery pack (2 workers) of the battery backup unit (2). Use this mode of operation to protect the integrity and security of system data. As shown in the second figure, the computer power backup system and device (1) of the present invention can be separately connected to the computer system as an automatic power reserve system, as shown in the third figure, which can also be matched with the general The electrical system (8) is used in series to obtain dual UPS protection to extend the service time of the computer server. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a structural diagram of a computer power backup system and apparatus of the present invention. The second figure is a schematic diagram of the connection between the computer power backup system and the device of the present invention and the computer system. The third figure is a schematic diagram of the common use of the computer power backup system and device of the present invention in combination with the continuous power system. [Main component symbol description] Computer power backup system and device (1) Battery backup unit (2) 8 201044748 Battery pack (2 1) Detector (2 2) Charge and discharge circuit (2 3) DC-to-DC converter (3) . Power Monitoring Management Center (4) Power Supply (5) Baseboard Management Controller (6) System Motherboard (7) 〇 Current Input Unit (71), (72), (73) General Uninterruptible Power System (8) ❹ 9

Claims (1)

201044748 七、申請專利範圍: 1 · 一種電腦電力備援系統’其主要係於該系統中設有一電 池備位單元(2 ),電池備位單元(2 )經由基板管理 控制器(6)與電腦系統中之電力監控管理中心(4) • 連結’藉由電力監控管理中心(4 )隨時偵測電腦系統、 電源供應器(5)及電池備位單元(2)之電池組(2 1)的狀態,當偵測到電腦系統失去電力時,電力監控 管理中心(4)會發送警訊給企業用戶要求做資料備份 〇 的動作’在電腦伺服器電池備位單元(2 )之電池組(2 1)備用電力耗盡前’若用戶沒有及時處理,電力監控 管理中心(4)會發出指令,經基板管理控制器(6) 由系統主機板(7)自行將資料安全保存在儲存設備 中,並將電腦系統執行安全關機動作,等待電力恢復 時’電力監控管理中心(4)即自行將電腦系統開起, 且會對電池備位單元(2)之電池組(2 1)充電。 Q 2.如申請專利範圍第1項所述電腦電力備援系統,其電腦 電力備援系統可單獨與電腦系統連接作為不斷電備位 系統使用,亦可搭配一般不斷電系統(8)串連共同使 用’以獲得雙重之不斷電保護功能。 ^ 3. 一種電腦電力備援裝置,其主要包含:電池備位單元 (2 )、直流對直流變流器(3 )及搭配内建於系統主 機板(7)上由電腦基板管理控制器(6)連結的電力 監控管理中心(4); 電池備位單元(2 ),其與電源供應器(5 )及電力監 201044748 控管理中心(4 )連接,電池備位單元(2 )中包括: 電池組(2 1 )、檢測器(2 2)及充放電電路(2 3), 該檢測器(2 2)及充放電電路(2 3)與電池組(2 1)及基板管理控制器(6)連接; 直流對直流變流器(3 )’其輸入端與電源供應器(5 )、 上述電池備位單元(2)及電力監控管理中心(4)連 接,而輸出端與系統主機板(7)之不同電流輸入單元 (71)、(72)、(73)連接; 電力監控管理中心(4),其内建電腦執行程式,並與 基板管理控制器(6 )、電池備位單元(2 )及連接。 4.如申請專利範圍第3項所述電腦電力備援裝置,其中電 池備位單元(2 )’其主要功能是,當系統失去電力時, 可經由電力監控管理中心(4)由電池組(2 1)提供 電力’讓系統不會立即關機’當系統恢復電力時可自動 經由檢測器(22)令充放電電路(23)對電池組(2 1)充電’讓系統持續維持保護資料的運作效率。 5·如申請專利範圍第3項所述電腦電力備援裝置,其中直 流對直流變流器(3 ),其主要功能是將電源供應器(5 ) 及電池備位單元(2)所提供的電力’轉變成提供系統 主機板(7)所須的電力供使用。201044748 VII. Patent application scope: 1 · A computer power backup system' mainly consists of a battery backup unit (2) in the system, and a battery backup unit (2) via a baseboard management controller (6) and a computer Power Monitoring and Management Center (4) in the system • Link 'Review the computer system, power supply (5) and battery backup unit (2) battery pack (2 1) by the Power Monitoring Management Center (4) State, when it is detected that the computer system loses power, the power monitoring management center (4) will send a warning to the enterprise user to request the data backup operation 'in the computer server battery backup unit (2) battery pack (2 1) Before the standby power is exhausted, if the user does not deal with it in time, the power monitoring management center (4) will issue a command, and the data will be safely stored in the storage device by the system board (7) by the system board (7). And the computer system performs a safe shutdown action, waiting for the power to recover. 'The Power Monitoring Management Center (4) will automatically open the computer system and charge the battery pack (2 1) of the battery backup unit (2). . Q 2. If the computer power backup system mentioned in the scope of claim 1 is used, the computer power backup system can be connected to the computer system as an automatic power backup system, and can also be used with the general uninterruptible power system (8). Use together in series to get dual UPS protection. ^ 3. A computer power backup device, which mainly comprises: a battery backup unit (2), a DC-to-DC converter (3) and a built-in system motherboard (7) by a computer substrate management controller ( 6) The connected power monitoring management center (4); the battery backup unit (2), which is connected to the power supply (5) and the power monitoring system 201044748 control management center (4), and the battery backup unit (2) includes: Battery pack (2 1 ), detector (2 2), and charge and discharge circuit (23), the detector (2 2) and the charge and discharge circuit (23) and the battery pack (21) and the substrate management controller ( 6) connection; DC-to-DC converter (3)' its input terminal is connected with power supply (5), battery backup unit (2) and power monitoring management center (4), and output terminal and system motherboard (7) Different current input units (71), (72), (73) are connected; Power Monitoring Management Center (4), which has built-in computer execution program, and base management controller (6), battery backup unit (2) and connection. 4. The computer power backup device according to claim 3, wherein the battery backup unit (2)'s main function is that when the system loses power, it can be powered by the power monitoring management center (4) (4) 2 1) Provide power 'Let the system not shut down immediately' When the system resumes power, it can automatically charge the battery pack (2 1) via the detector (22) to enable the system to maintain the protection of the data. effectiveness. 5. The computer power backup device according to item 3 of the patent application scope, wherein the DC-to-DC converter (3), whose main function is provided by the power supply (5) and the battery backup unit (2) Electricity is converted into electricity that is required to provide the system's motherboard (7).
TW098119711A 2009-06-12 2009-06-12 Computer power backup system and device TW201044748A (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI495890B (en) * 2012-04-20 2015-08-11 O2Micro Int Ltd Systems and control methods for battery testing
US9167718B2 (en) 2012-02-29 2015-10-20 Quanta Computer Inc. Server system

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI563373B (en) * 2015-03-20 2016-12-21 Giga Byte Tech Co Ltd Motherboard with backup power
US9733687B2 (en) * 2015-05-14 2017-08-15 Quanta Computer Inc. Hybrid control methods for uninterruptible power supplies

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US9167718B2 (en) 2012-02-29 2015-10-20 Quanta Computer Inc. Server system
TWI495890B (en) * 2012-04-20 2015-08-11 O2Micro Int Ltd Systems and control methods for battery testing

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