TWI691831B - Energy-saving data center - Google Patents

Energy-saving data center Download PDF

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TWI691831B
TWI691831B TW108103744A TW108103744A TWI691831B TW I691831 B TWI691831 B TW I691831B TW 108103744 A TW108103744 A TW 108103744A TW 108103744 A TW108103744 A TW 108103744A TW I691831 B TWI691831 B TW I691831B
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heat
energy
data center
power
saving data
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TW108103744A
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Chinese (zh)
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TW202030577A (en
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張志鴻
魏釗科
毛之成
傅彥鈞
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鴻齡科技股份有限公司
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    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
    • Y02D10/00—Energy efficient computing, e.g. low power processors, power management or thermal management

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Abstract

An energy-saving data center includes a heat generating unit, an exhaust duct, a casing, and a power generating unit. The heat generating unit generates heat upon power-on. The exhaust duct is configured to exhaust air. The casing is configured to receive the heat generating unit, and the housing is communication with the exhaust duct by a vent. The housing further defines an air inlet at an end of the housing away from the vent. The power generating unit is arranged in the exhaust duct and provides electric energy to the heat generating unit. The air inlet of the casing introduces cold air. The cold air flows through the heat generating unit to dissipate heat of the heat generating unit to become hot air. The hot air enters into the exhaust duct by the vent, and drives the power generating unit to generate Electrical energy.

Description

節能資料中心 Energy Saving Information Center

本發明涉及一種節能資料中心。 The invention relates to an energy-saving data center.

隨著大資料的快速發展，資料中心的機房規模越來越大，而資料中心運行過程中會產生大量的熱量。 With the rapid development of large data, the size of the data center's computer room is getting larger and larger, and a lot of heat will be generated during the operation of the data center.

現有技術中，一般使用空氣冷卻技術對資料中心的機櫃進行散熱，然而這些機櫃所產生的熱量被直接排出至室外，如此並不能形成能源的迴圈利用。 In the prior art, air cooling technology is generally used to radiate heat to the cabinets of the data center. However, the heat generated by these cabinets is directly discharged to the outside, which cannot form a loop of energy utilization.

有鑑於此，有必要提供一種可以提升能源利用效率的節能資料中心。 In view of this, it is necessary to provide an energy-saving data center that can improve energy efficiency.

一種節能資料中心，包括發熱單元，所述發熱單元在上電時產生熱量，所述節能資料中心還包括：排風管道，用於排風；殼體，用於容置所述發熱單元，所述殼體藉由一通風口與所述排風管道連通，所述殼體遠離所述通風口的一端設有進風口；發電單元，設置於所述排風管道內，並為所述發熱單元提供電能； 所述殼體的進風口引入冷風，所述冷風流經所述發熱單元對所述發熱單元散熱形成熱風，所述熱風藉由所述通風口進入所述排風管道，驅動所述發電單元產生電能。 An energy-saving data center includes a heating unit that generates heat when powered on. The energy-saving data center also includes: an exhaust duct for exhausting air; a housing for accommodating the heating unit. The casing communicates with the exhaust duct through a vent, and the end of the casing away from the vent is provided with an air inlet; a power generating unit is provided in the exhaust duct and is the heating unit Provide electrical energy; A cold wind is introduced into the air inlet of the casing, and the cold wind flows through the heat generating unit to radiate heat to the heat generating unit to form hot wind, and the hot wind enters the exhaust duct through the vent to drive the power generation unit to generate Electrical energy.

上述節能資料中心藉由所述發熱單元所形成的熱風，所述熱風在所述排風管道排出時產生風力，所述發電單元在所述風力的驅動下產生電能，並為所述發熱單元供電。如此，將可以提升能源的利用率，從而節約成本。 The above energy-saving data center generates hot wind by the heat generating unit, the hot wind generates wind force when the exhaust duct is discharged, the power generating unit generates electrical energy under the drive of the wind force, and supplies power to the heat generating unit . In this way, the energy utilization rate can be improved, thereby saving costs.

100:節能資料中心 100: Energy Saving Information Center

10:殼體 10: Shell

12:進風口 12: Air inlet

14:通風口 14: Vent

20:發熱單元 20: heating unit

30:排風管道 30: exhaust duct

40:發電單元 40: Power generation unit

50:整流裝置 50: rectifier

60:集熱單元 60: heat collecting unit

62:集熱器 62: collector

64:散熱器 64: radiator

66:導熱管 66: heat pipe

70:加熱裝置 70: heating device

80:輔熱區 80: auxiliary heat zone

82:第一開口 82: the first opening

84:第二開口 84: second opening

90:公共電網 90: Public grid

圖1為本發明節能資料中心的一較佳實施方式的結構示意圖。 FIG. 1 is a schematic structural diagram of a preferred embodiment of an energy-saving data center of the present invention.

下面將結合本發明實施例中的附圖，對本發明實施例中的技術方案進行清楚、完整地描述，顯然，所描述的實施例是本發明一部分實施例，而不是全部的實施例。 The technical solutions in the embodiments of the present invention will be described clearly and completely in the following with reference to the drawings in the embodiments of the present invention. Obviously, the described embodiments are part of the embodiments of the present invention rather than all the embodiments.

為了使本發明的目的、技術方案及優點更加清楚明白，以下將會結合附圖及實施方式，以對本發明中的節能資料中心作進一步詳細的描述及相關說明。 In order to make the objectives, technical solutions and advantages of the present invention more clear, the following will combine the drawings and the embodiments to further describe and explain the energy saving data center in the present invention.

請參考圖1，在本發明一較佳實施方式中，一種節能資料中心100包括殼體10、發熱單元20、排風管道30及發電單元40。所述殼體10與所述排風管道30的一端固定連接，所述發電單元40設置於所述排風管道30內。 Please refer to FIG. 1. In a preferred embodiment of the present invention, an energy-saving data center 100 includes a housing 10, a heating unit 20, an exhaust duct 30 and a power generating unit 40. The housing 10 is fixedly connected to one end of the exhaust duct 30, and the power generating unit 40 is disposed in the exhaust duct 30.

所述殼體10可以是貨櫃、機房或建築模組。所述殼體10與所述排風管道30的連接處設有通風口14，所述殼體10遠離所述通風口14的一端設有進風口12。 The housing 10 may be a container, a computer room, or a building module. A vent 14 is provided at the connection between the housing 10 and the exhaust duct 30, and an air inlet 12 is provided at the end of the housing 10 away from the vent 14.

所述發熱單元20在上電時產生熱量。所述發熱單元20可以是伺服器、存放裝置或通訊設備等電子設備。所述發熱單元20設置於所述殼體10內。 The heating unit 20 generates heat when it is powered on. The heating unit 20 may be an electronic device such as a server, a storage device, or a communication device. The heating unit 20 is disposed in the housing 10.

所述殼體10藉由所述進風口12引入冷風，所述冷風流經所述發熱單元20對所述發熱單元20散熱形成熱風。所述熱風流向所述通風口14，並藉由所述通風口14進入所述排風管道30。 The casing 10 introduces cold wind through the air inlet 12, and the cold wind flows through the heating unit 20 to radiate heat to the heating unit 20 to form hot air. The hot air flows to the vent 14 and enters the exhaust duct 30 through the vent 14.

由於藉由所述通風口14進入所述排風管道30的熱風的密度低於所述排風管道30外的空氣的密度，因此，所述排風管道30內的熱風向上流動並排出所述排風管道30。所述熱風在排出過程中的風力可驅動所述發電單元40工作以產生電能。可以理解，在相同條件下，所述排風管道30內熱風與所述排風管道30外空氣之間的密度差越大，所述熱風在排出過程中的風力將越大。所述排風管道30內熱風的風量越多，所述熱風在排出過程中的風力也會越大。 Since the density of the hot air entering the exhaust duct 30 through the vent 14 is lower than the density of the air outside the exhaust duct 30, the hot air in the exhaust duct 30 flows upward and discharges the Vent duct 30. The wind force of the hot air during the discharge process can drive the power generating unit 40 to generate electric energy. It can be understood that under the same conditions, the greater the difference in density between the hot air in the exhaust duct 30 and the air outside the exhaust duct 30, the greater the wind power of the hot air during the exhaust process. The greater the amount of hot air in the exhaust duct 30, the greater the wind force during the exhaust of the hot air.

所述發電單元40與所述發熱單元20電連接，以為所述發熱單元20提供電能。所述發電單元40可以為一風力發電機。 The power generating unit 40 is electrically connected to the heating unit 20 to provide electrical energy for the heating unit 20. The power generating unit 40 may be a wind power generator.

在本實施方式中，所述殼體10的數量為兩個，這兩個殼體10相對設置。所述排風管道30垂直連接於這兩個殼體10之間。在其他實施方式中，所述殼體10的數量也可大於兩個，這些殼體10以所述排風管道30為中心設置於所述排風管道30周圍，並與所述排風管道30連通。所述殼體10的數量可根據實際需要對應調整。 In this embodiment, the number of the housing 10 is two, and the two housings 10 are oppositely arranged. The exhaust duct 30 is vertically connected between the two housings 10. In other embodiments, the number of the housings 10 may also be greater than two, and these housings 10 are disposed around the exhaust duct 30 with the exhaust duct 30 as the center, and are connected to the exhaust duct 30 Connected. The number of the housing 10 can be adjusted according to actual needs.

作為一種優選方案，所述節能資料中心100還包括整流裝置50，所述整流裝置50電連接於所述發電單元40及所述發熱單元20之間，所述整流裝置50還與公共電網90電連接。 As a preferred solution, the energy-saving data center 100 further includes a rectifier device 50 electrically connected between the power generation unit 40 and the heating unit 20, and the rectifier device 50 is also connected to the public power grid 90. connection.

所述整流裝置50用於對所述發電單元40及所述公共電網90傳輸的電能進行處理，從而輸出穩定的電力以為所述發熱單元20供電。所述整流裝置50還用於對所述發電單元40輸出至所述公共電網90的電能進行處理，從而使得所述發電單元40可以將多餘的電能傳輸至所述公共電網90。 The rectifier device 50 is used to process the electric energy transmitted by the power generation unit 40 and the public power grid 90, so as to output stable electric power to supply power to the heating unit 20. The rectifying device 50 is also used to process the electrical energy output by the power generation unit 40 to the public power grid 90, so that the power generation unit 40 can transmit excess electrical energy to the public power grid 90.

所述整流裝置50還用於判斷所述發電單元40所產生的電能是否滿足所述發熱單元20的供電需求，並根據判斷結果對應控制所述發熱單元20的供電方式。 The rectifying device 50 is also used to determine whether the electrical energy generated by the power generation unit 40 meets the power supply requirement of the heating unit 20, and correspondingly control the power supply mode of the heating unit 20 according to the determination result.

具體而言，當所述發電單元40所產生的電能滿足所述發熱單元20的供電需求時，所述發熱單元20將直接由所述發電單元40供電，並將多餘的電能輸出至所述公共電網90以進行出售。當所述發電單元40所產生的電能不能滿足所述發熱單元20的供電需求時，所述發熱單元20將由所述發電單元40及所述公共電網90共同為其供電。 Specifically, when the electrical energy generated by the power generation unit 40 meets the power supply demand of the heating unit 20, the heating unit 20 will be directly powered by the power generation unit 40 and output excess electrical energy to the public Grid 90 for sale. When the electrical energy generated by the power generation unit 40 cannot meet the power supply requirements of the heat generating unit 20, the heat generating unit 20 will be jointly powered by the power generating unit 40 and the public power grid 90.

所述節能資料中心100還包括集熱單元60，所述集熱單元60包括集熱器62、散熱器64及導熱管66。 The energy-saving data center 100 further includes a heat collecting unit 60, and the heat collecting unit 60 includes a heat collector 62, a radiator 64, and a heat pipe 66.

所述集熱器62藉由導熱管66與所述散熱器64連接。所述集熱器62設置於室外以用於採集太陽能熱量。所述導熱管66內設有導熱媒介(圖未示)，以用於將所述集熱器62所採集的太陽能熱量傳輸至所述散熱器64。所述散熱器64設置於所述發電單元40與所述通風口14之間，以用於散發所述太陽能熱量。所述排風管道30底部的熱風的溫度升高，進而增大所述熱風與所述排風管道30外空氣之間的密度差。如此，所述熱風產生向上的風力增大，從而增加所述發電單元40所產生的電能。 The heat collector 62 is connected to the heat sink 64 via a heat pipe 66. The heat collector 62 is installed outdoors to collect solar heat. The heat conducting tube 66 is provided with a heat conducting medium (not shown) for transmitting the solar heat collected by the heat collector 62 to the heat sink 64. The radiator 64 is disposed between the power generation unit 40 and the vent 14 for dissipating the solar heat. The temperature of the hot air at the bottom of the exhaust duct 30 increases, thereby increasing the density difference between the hot air and the air outside the exhaust duct 30. In this way, the upward wind force generated by the hot wind increases, thereby increasing the electrical energy generated by the power generation unit 40.

在一較佳實施方式中，所述節能資料中心100還可包括加熱裝置70及輔熱區80。所述輔熱區80設置於所述殼體10設有通風口14的一端，並對應所述排風管道30的底部設置。所述輔熱區80與所述排風管道30的連接處設有第一開口82，所述輔熱區80遠離所述第一開口82的一端設有第二開口84。所述加熱裝置70設置於所述第一開口82及所述第二開口84之間。所述加熱裝置70用於對藉由所述第二開口84進入的冷風進行加熱以形成熱風，所述熱風藉由所述第一開口82進入所述排風管道30。所述熱風將增加所述排風管道30底部的熱風的風量及溫度。如此所述排風管道30底部的熱風產生向上的風力增大，從而進一步增加所述發電單元40所產生的電能。 In a preferred embodiment, the energy-saving data center 100 may further include a heating device 70 and an auxiliary heating zone 80. The auxiliary heat zone 80 is disposed at the end of the housing 10 where the vent 14 is provided, and is disposed corresponding to the bottom of the exhaust duct 30. A first opening 82 is provided at the connection between the auxiliary heat zone 80 and the exhaust duct 30, and a second opening 84 is provided at an end of the auxiliary heat zone 80 away from the first opening 82. The heating device 70 is disposed between the first opening 82 and the second opening 84. The heating device 70 is used to heat the cold air entering through the second opening 84 to form hot air, and the hot air enters the exhaust duct 30 through the first opening 82. The hot air will increase the air volume and temperature of the hot air at the bottom of the exhaust duct 30. In this way, the hot wind at the bottom of the exhaust duct 30 generates an upward wind force, which further increases the electrical energy generated by the power generation unit 40.

在一較佳實施方式中，所述加熱裝置70的加熱方法可為化學反應的方式(如燃燒)。在其他實施方式中，所述加熱裝置70的加熱方法還可為機械壓縮的方式(如氣缸壓縮)。 In a preferred embodiment, the heating method of the heating device 70 may be a chemical reaction method (such as combustion). In other embodiments, the heating method of the heating device 70 may also be a mechanical compression method (such as cylinder compression).

在本實施方式中，所述排風管道30為煙囪。 In this embodiment, the exhaust duct 30 is a chimney.

上述節能資料中心100藉由所述發熱單元20散熱所形成的熱風，所述熱風在排出過程中所產生的風力。所述發電單元40在所述風力的驅動下產生電能，並為所述發熱單元20供電。如此，將可以提升能源的利用率，從而節約成本。 The above energy-saving data center 100 generates hot air by heat dissipation of the heating unit 20, and the wind generated during the exhaust of the hot air. The power generating unit 40 generates electric energy under the driving of the wind, and supplies power to the heat generating unit 20. In this way, the energy utilization rate can be improved, thereby saving costs.

綜上所述，本發明符合發明專利要件，爰依法提出專利申請。惟，以上所述者僅為本發明之較佳實施例，本發明之範圍並不以上述實施例為限，舉凡熟悉本案技藝之人士援依本發明之精神所作之等效修飾或變化，皆應涵蓋於以下申請專利範圍內。 In summary, the present invention meets the requirements of the invention patent, and the patent application is filed in accordance with the law. However, the above are only the preferred embodiments of the present invention, and the scope of the present invention is not limited to the above-mentioned embodiments. Any modification or change made by those familiar with the skills of this case with the spirit of the present invention shall be It should be covered by the following patent applications.

100:節能資料中心 100: Energy Saving Information Center

10:殼體 10: Shell

12:進風口 12: Air inlet

14:通風口 14: Vent

20:發熱單元 20: heating unit

30:排風管道 30: exhaust duct

40:發電單元 40: Power generation unit

50:整流裝置 50: rectifier

60:集熱單元 60: heat collecting unit

62:集熱器 62: collector

64:散熱器 64: radiator

66:導熱管 66: heat pipe

70:加熱裝置 70: heating device

80:輔熱區 80: auxiliary heat zone

82:第一開口 82: the first opening

84:第二開口 84: second opening

90:公共電網 90: Public grid

Claims (9)

一種節能資料中心，包括發熱單元，所述發熱單元在上電時產生熱量，其中，所述節能資料中心還包括：排風管道，用於排風；殼體，用於容置所述發熱單元，所述殼體藉由一通風口與所述排風管道連通，所述殼體遠離所述通風口的一端設有進風口；發電單元，設置於所述排風管道內，並為所述發熱單元提供電能；所述殼體的進風口引入冷風，所述冷風流經所述發熱單元對所述發熱單元散熱形成熱風，所述熱風藉由所述通風口進入所述排風管道，驅動所述發電單元產生電能；其中，所述節能資料中心還包括輔熱區，所述輔熱區設置於所述殼體設有通風口的一端，並對應所述排風管道的底部設置，所述輔熱區與所述排風管道的連接處設有第一開口，所述輔熱區遠離所述第一開口的一端設有第二開口。 An energy-saving data center includes a heat-generating unit that generates heat when powered on, wherein the energy-saving data center further includes: an exhaust duct for exhausting air; a housing for accommodating the heating unit , The casing communicates with the exhaust duct through a vent, and the end of the casing away from the vent is provided with an air inlet; a power generating unit is provided in the exhaust duct and is The heating unit provides electrical energy; the air inlet of the casing introduces cold wind, which flows through the heating unit to radiate heat to the heating unit to form hot air, which enters the exhaust duct through the vent and drives The power generation unit generates electrical energy; wherein, the energy-saving data center further includes an auxiliary heat zone, which is provided at the end of the housing where the vent is provided and corresponds to the bottom of the exhaust duct. A first opening is provided at the connection between the auxiliary heat zone and the exhaust duct, and a second opening is provided at an end of the auxiliary heat zone away from the first opening. 如申請專利範圍第1項所述的節能資料中心，其中，所述節能資料中心還包括整流裝置，所述整流裝置電連接於所述發電單元及所述發熱單元之間，所述整流裝置還與公共電網電連接，所述整流裝置用於對所述發電單元及所述公共電網傳輸的電能進行處理，從而輸出穩定電力以為所述發熱單元供電。 The energy-saving data center according to item 1 of the patent application scope, wherein the energy-saving data center further includes a rectifier device, the rectifier device is electrically connected between the power generation unit and the heating unit, and the rectifier device Electrically connected to the public power grid, the rectifier device is used to process the electrical energy transmitted by the power generation unit and the public power grid, thereby outputting stable power to supply power to the heating unit. 如申請專利範圍第2項所述的節能資料中心，其中，所述整流裝置還用於判斷所述發電單元所產生的電能是否滿足所述發熱單元的供電需求，並根據判斷結果對應控制所述發熱單元的供電方式；當所述發電單元所產生的電能滿足所述發熱單元的供電需求時，所述發熱單元將直接由所述發電單元供電；當所述發電單元所產生的電能不能滿足所述發熱單元的供電需求時，將由所述發電單元及所述公共電網共同為所述發熱單元供電。 The energy saving data center as described in item 2 of the patent application scope, wherein the rectifier is also used to determine whether the electrical energy generated by the power generation unit meets the power supply demand of the heating unit, and correspondingly control the The power supply of the heating unit; when the power generated by the power generation unit meets the power supply requirements of the heat generation unit, the heat generation unit will be directly powered by the power generation unit; when the power generated by the power generation unit cannot meet the When the power supply demand of the heating unit is mentioned, the power generation unit and the public power grid will jointly supply power to the heating unit. 如申請專利範圍第3項所述的節能資料中心，其中，當所述發電單元所產生的電能滿足所述發熱單元的供電需求時，所述整流裝置還用於將所述發電單元多餘的電能進行處理，並傳輸至所述公共電網。 The energy saving data center according to item 3 of the patent application scope, wherein, when the power generated by the power generation unit satisfies the power supply demand of the heating unit, the rectifier device is also used to surplus power generated by the power generation unit Process and transfer to the public grid. 如申請專利範圍第1項所述的節能資料中心，其中，所述節能資料中心還包括集熱單元，所述集熱單元包括集熱器、散熱器及導熱管，所述集熱器藉由導熱管與所述散熱器連接，所述集熱器設置於室外以用於採集太陽能熱量，所述導熱管用於將所述集熱器所採集的太陽能熱量傳輸至所述散熱器，所述散熱器設置於所述發電單元與所述通風口之間，以用於散發所述太陽能熱量。 The energy-saving data center as described in item 1 of the patent application scope, wherein the energy-saving data center further includes a heat collecting unit, the heat collecting unit includes a heat collector, a radiator and a heat pipe, the heat collector is A heat pipe is connected to the heat sink, the heat collector is arranged outdoors for collecting solar heat, the heat pipe is used to transmit the solar heat collected by the heat collector to the heat sink, the heat dissipation The generator is disposed between the power generation unit and the vent, for dissipating the solar heat. 如申請專利範圍第1項所述的節能資料中心，其中，所述節能資料中心還包括加熱裝置，所述加熱裝置設置於所述第一開口及所述第二開口之間，以用於對藉由所述第二開口進入的冷風進行加熱以形成熱風。 The energy-saving data center according to item 1 of the patent application scope, wherein the energy-saving data center further includes a heating device, and the heating device is disposed between the first opening and the second opening for The cold wind entering through the second opening is heated to form hot wind. 如申請專利範圍第6項所述的節能資料中心，其中，所述加熱裝置的加熱方法為化學反應的方式或機械壓縮的方式。 The energy saving data center as described in item 6 of the patent application scope, wherein the heating method of the heating device is a chemical reaction method or a mechanical compression method. 如申請專利範圍第1項所述的節能資料中心，其中，所述排風管道為煙囪。 The energy saving data center as described in item 1 of the patent application scope, wherein the exhaust duct is a chimney. 如申請專利範圍第1項所述的節能資料中心，其中，所述殼體的數量為兩個，這兩個殼體相對設置，所述排風管道垂直連接於這兩個殼體之間。 The energy saving data center according to item 1 of the patent application scope, wherein the number of the housings is two, the two housings are arranged oppositely, and the exhaust duct is vertically connected between the two housings.
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TW201104937A (en) * 2009-07-20 2011-02-01 Hon Hai Prec Ind Co Ltd Waste heat reusing system
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