[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"hub-part-en-part-2-2-power-supply":3,"$f2fduox5y9si9r":252,"$f13cypio6dlew1":339,"newsroom-has-articles-en":397,"seminar-cards-en":400},{"number":4,"slug":5,"slugEn":6,"group":7,"designation":8,"title":9,"edition":10,"vde":11,"iso":12,"checkedAt":13,"revisionOngoing":14,"intro":15,"about":27,"requirements":32,"misconceptions":75,"practice":90,"status":123,"faq":154,"seminars":189,"sources":199,"terms":203,"glossary":229,"prev":240,"next":246},"2-2","teil-2-2-stromversorgung","part-2-2-power-supply","design","EN 50600-2-2","Power supply and distribution","2019-08","VDE 0801-600-2-2","ISO\u002FIEC 22237-3:2021","2026-09-17",true,{"segments":16,"ref":26},[17,20,24],{"type":18,"html":19},"html","EN 50600-2-2 sets out how a data center is supplied with power and how this power is distributed to the equipment. It translates the ",{"type":21,"text":22,"anchor":23},"term","Availability Class","availability-class",{"type":18,"html":25}," from Part 1 into requirements for sources, paths, and devices, and assigns physical security and measurement points.",null,{"segments":28,"ref":31},[29],{"type":18,"html":30},"Part 2-2 specifies the requirements for the power supply to, and the power distribution within, data centers, together with equipotential bonding, lightning protection, and the measurement of power consumption and power quality. It is based on the three classifications of EN 50600-1. The standard describes the supply as a chain of functional elements from the incoming supply to the socket in the rack and is aimed at architects, building designers, installers, and system and installation designers. Electrical safety, electromagnetic compatibility, and the selection of IT equipment are not covered","(EN 50600-2-2:2019, Introduction and Clause 1).",[33,40,47,54,61,68],{"title":34,"text":35},"Supply and distribution are classified separately.",{"segments":36,"ref":39},[37],{"type":18,"html":38},"The power supply runs from the sources to the primary distribution, the power distribution from there to the socket. Each subsystem must on its own reach at least the class selected for the data center in accordance with Part 1.","Clauses 4, 5.1.2, 5.1.3 and 6.1.",{"title":41,"text":42},"Sources, devices, paths.",{"segments":43,"ref":46},[44],{"type":18,"html":45},"The standard describes the supply as a chain of sources (primary, secondary, and additional supply), devices (switchgear, distribution equipment, UPS), and paths. The minimum configuration consists of one source and one path.","Clauses 5.1.1 to 5.1.3.",{"title":48,"text":49},"Only a truly independent supply is a secondary supply.",{"segments":50,"ref":53},[51],{"type":18,"html":52},"A second feed to a dedicated transformer from the same grid is expressly not a secondary supply. The additional supply, typically a standby generator, must be able to replace the primary and secondary supply completely.","Clauses 3.1.27 and 5.1.2.",{"title":55,"text":56},"Four socket types instead of one blanket approach.",{"segments":57,"ref":60},[58],{"type":18,"html":59},"The standard distinguishes unprotected, protected, locally protected, and short-break sockets. The Availability Classes apply only to the protected sockets.","Clauses 5.1.3 and 6.3.4.1.",{"title":62,"text":63},"Classes describe functions, not redundancy levels.",{"segments":64,"ref":67},[65],{"type":18,"html":66},"What matters is which fault and which maintenance must be withstood without shutting down the load, from a single path with one source to multiple fault-tolerant paths. Whether this is achieved with N+1 or 2N is a design decision.","Clauses 6.2.6.1 and 6.3.4.1.",{"title":69,"text":70},"Higher classes require physical separation.",{"segments":71,"ref":74},[72],{"type":18,"html":73},"From Class 3, the incoming supply is duplicated and run over separate routes. In Class 4, each path feeds its own switchgear, and the distribution equipment and UPS of each path are located in their own fire compartments.","Clauses 6.2.1.3, 6.2.6.5 and 6.3.4.5.",[76,83],{"statement":77,"text":78},"“Availability Class 3 means N+1, Class 4 means 2N.”",{"segments":79,"ref":82},[80],{"type":18,"html":81},"The standard does not require specific redundancy levels. It describes which fault must be withstood without loss of function and whether maintenance must be possible without shutting down the load. In projects, we often see a redundancy abbreviation from a quotation being read as proof of the class. The proof runs via the function of each subsystem","(Clauses 6.2.6.1, 6.3.4.1).",{"statement":84,"text":85},"“If the supply is Class 4, the distribution is automatically Class 4.”",{"segments":86,"ref":89},[87],{"type":18,"html":88},"The two subsystems are classified separately, and the class of the supply places no requirement on the class of the distribution. Each must on its own reach the class that Part 1 requires for the data center. Anyone who looks only at the incoming supply overlooks the distribution down to the rack","(Clauses 4, 6.1, 6.2.6.1).",{"heading":91,"items":92,"closing":118},"Where Part 2-2 applies in a project",[93,100,111],{"label":94,"text":95},"Planning",{"segments":96,"ref":99},[97],{"type":18,"html":98},"The class determines the structure of the chain: number of sources, routing, fire compartments, and a sizing that includes growth, cooling, and the part-load behavior of the standby generator","(Clauses 6.2.1.1, 6.3.1.1).",{"label":101,"text":102},"Tendering",{"segments":103,"ref":26},[104,106,109],{"type":18,"html":105},"The specification states the class of each subsystem, the socket types, and the ",{"type":21,"text":107,"anchor":108},"granularity level","granularity-level",{"type":18,"html":110}," instead of redundancy abbreviations. This keeps the technology open and the result verifiable.",{"label":112,"text":113},"Acceptance and operation",{"segments":114,"ref":117},[115],{"type":18,"html":116},"Grid failure, generator operation, and the failure of individual paths are tested under load in all redundant combinations. In operation, the measurement points show how close demand is to the available capacity","(Clauses 6.1, 8.1).",[119],{"segments":120,"ref":26},[121],{"type":18,"html":122},"This protects you from the audit finding that two incoming feeds from the same grid are not a secondary supply. It saves you additional claims at acceptance when the class, socket types, and metering concept are in the specification from the start.",[124,130,136],{"label":125,"text":126,"draft":26,"draftDate":26},"Current edition",{"segments":127,"ref":26},[128],{"type":18,"html":129},"DIN EN 50600-2-2:2019-08, German edition of EN 50600-2-2:2019; supersedes the 2014 edition.",{"label":131,"text":132,"draft":26,"draftDate":26},"International",{"segments":133,"ref":26},[134],{"type":18,"html":135},"ISO\u002FIEC 22237-3:2021.",{"label":137,"text":138,"draft":152,"draftDate":153},"Revision",{"segments":139,"ref":26},[140,142,145,147,150],{"type":18,"html":141},"Edition 3 in preparation. ",{"type":21,"text":143,"anchor":144},"prEN","draft-stages",{"type":18,"html":146}," 50600-2-2:2026 has been available as an enquiry draft since January 2026; the national commenting was completed in March 2026; ratification and adoption as DIN EN are still open. Until then, the 2019 edition applies. Committee ",{"type":21,"text":148,"anchor":149},"CLC\u002FTC 215","standards-committees",{"type":18,"html":151},", German mirror committee DKE\u002FGK 719.","prEN 50600-2-2:2026","January 2026",[155,162,169,176,183],{"question":156,"answer":157},"What does EN 50600-2-2 cover?",{"segments":158,"ref":161},[159],{"type":18,"html":160},"The power supply to, and the power distribution within, data centers, together with equipotential bonding, lightning protection, and the measurement points for energy consumption and power quality. It is based on the classifications of EN 50600-1","(Clause 1).",{"question":163,"answer":164},"Which Availability Classes are there for the power supply?",{"segments":165,"ref":168},[166],{"type":18,"html":167},"Four, from a single path with one source to multiple paths with multiple sources. The class is described by its function, not by redundancy levels such as N+1 or 2N","(Clause 6.2.6.1).",{"question":170,"answer":171},"What is the difference between a secondary supply and an additional supply?",{"segments":172,"ref":175},[173],{"type":18,"html":174},"The secondary supply is a grid supply that is independent of the primary supply and available at all times. The additional supply, usually a standby generator, takes over when both fail","(Clauses 3.1.27, 5.1.2).",{"question":177,"answer":178},"Does the standard specify a UPS autonomy time?",{"segments":179,"ref":182},[180],{"type":18,"html":181},"No. The UPS must limit damage until an alternative supply takes over; the level follows from the analysis in accordance with EN 50600-1","(Clause 6.3.4.4).",{"question":184,"answer":185},"Is EN 50600-2-2 currently being revised?",{"segments":186,"ref":26},[187],{"type":18,"html":188},"Yes, a third edition is in preparation. The draft prEN 50600-2-2:2026 was submitted for the European enquiry in January 2026. Until publication, the 2019 edition remains valid without change.",[190,193,196],{"seminarId":191,"benefit":192},"DC-21004","Medium voltage, transformers, standby generators, switchgear, and UPS with the design questions that Part 2-2 only names; this saves you sizing errors that only become visible in the load test.",{"seminarId":194,"benefit":195},"DC-21002","Part 2-2 in the context of Parts 1, 2-3, and 3-1, from the risk analysis to the acceptance test.",{"seminarId":197,"benefit":198},"DC-21011","For data centers with high power densities, where direct current distribution and cooling change the design of the power supply.",[200,12,201,202],"DIN EN 50600-2-2:2019-08 (German edition of EN 50600-2-2:2019), European foreword, Introduction, Clauses 1, 3.1, 4, 5.1.1 to 5.1.3, 6.1, 6.2.1.1, 6.2.1.3, 6.2.6.1, 6.2.6.5, 6.3.1.1, 6.3.4.1, 6.3.4.4, 6.3.4.5, 8.1","prEN 50600-2-2:2026 (enquiry draft, CLC\u002FTC 215, January 2026); national commenting by DKE\u002FGK 719 until March 2026. Committee drafts, not a valid standard.","DCE academy seminar practice: Data Center Design & Implementation (session November 2025), Data Center – General Principles (session April 2026), Deep Dive – Power Supply & Cooling (session December 2025)",[204,206,208,210,212,214,216,218,220,222,224,226,227],{"label":205,"anchor":26},"Primary supply",{"label":207,"anchor":26},"Secondary supply",{"label":209,"anchor":26},"Additional supply",{"label":211,"anchor":26},"Primary, secondary, and tertiary distribution",{"label":213,"anchor":26},"Protected socket",{"label":215,"anchor":26},"Short-break socket",{"label":217,"anchor":23},"Availability Class (power supply, power distribution)",{"label":219,"anchor":108},"Granularity level",{"label":221,"anchor":26},"Power quality",{"label":223,"anchor":26},"Fire compartment",{"label":225,"anchor":144},"prEN (enquiry draft)",{"label":148,"anchor":149},{"label":228,"anchor":149},"DKE\u002FGK 719",{"availability-class":230,"granularity-level":232,"draft-stages":234,"standards-committees":237},{"term":22,"short":231},"Four qualitative levels that describe which failures and which maintenance activities an infrastructure must withstand without loss of function.",{"term":219,"short":233},"Three levels that define how finely the energy consumption of a data center is measured.",{"term":235,"short":236},"Draft stages: Committee Draft, prEN, FprEN","The three draft stages a part of the standard passes through before it is ratified as a European Standard.",{"term":238,"short":239},"Standards committees: CLC\u002FTC 215, DKE\u002FGK 719, ISO\u002FIEC JTC 1\u002FSC 39","The three committees that develop EN 50600 at European level, mirror it nationally, and carry it forward internationally.",{"number":241,"slug":242,"slugEn":243,"group":7,"designation":244,"title":245},"2-1","teil-2-1-gebaeudekonstruktion","part-2-1-building-construction","EN 50600-2-1","Building construction",{"number":247,"slug":248,"slugEn":249,"group":7,"designation":250,"title":251},"2-3","teil-2-3-umgebungsbedingungen","part-2-3-environmental-control","EN 50600-2-3","Environmental control",{"data":253},[254,268,277,284,292,300,308,316,325,331],{"id":255,"status":256,"seminar_id":257,"image_main":258,"title":259,"subtitle":26,"slug":260,"short_description":261,"durationDays":262,"formats":263,"formatsOnRequest":267},1,"published","DC-21001","4ec0f043-60ac-4b01-a082-e9c8d2fefe41","Data Center – General Principles","data-center-basic-principles","A fundamental overview of the essential terminologies, trades, key concepts, standards, trends, and best practices in the data center.",3,[264,265,266],"praesenz","live-webinar","videokurs",false,{"id":269,"status":256,"seminar_id":194,"image_main":270,"title":271,"subtitle":272,"slug":273,"short_description":274,"durationDays":275,"formats":276,"formatsOnRequest":267},2,"144bcbbd-cb3e-4ebc-9183-2f5b104b9072","Data Center Design & Implementation","according to EN 50600 and ISO\u002FIEC 22237","data-center-design-implementation","Best practices for designing and implementing data centers according to EN 50600 & ISO\u002FIEC 22237.",5,[264,265],{"id":262,"status":256,"seminar_id":278,"image_main":279,"title":280,"subtitle":26,"slug":281,"short_description":282,"durationDays":275,"formats":283,"formatsOnRequest":267},"DC-21003","b94540de-de24-4383-9c44-0c4207e91a14","Data Center Operations – Professional","data-center-operations-professional","Best practices and case studies provide a deep understanding of the necessary processes and systems to operate a data center efficiently and effectively.",[264,265],{"id":285,"status":256,"seminar_id":191,"image_main":286,"title":287,"subtitle":288,"slug":289,"short_description":290,"durationDays":275,"formats":291,"formatsOnRequest":267},4,"19eb687a-6272-4ff9-b872-2dbcaceb54fd","Deep Dive – Power Supply & Cooling","according to EN 50600","deep-dive-energy-supply-air-conditioning-en-50600","Best practices and case studies provide a deep understanding of the two major trades in the data center.",[264,265],{"id":275,"status":256,"seminar_id":293,"image_main":294,"title":295,"subtitle":296,"slug":297,"short_description":298,"durationDays":275,"formats":299,"formatsOnRequest":267},"DC-21006","5ce01d58-7ac1-494b-a8e1-3cc752d338b7","Data Center Migration","moving IT from an existing facility to a new build","data-center-migration","Navigate safely through the complex journey of data center migration.",[264],{"id":301,"status":256,"seminar_id":302,"image_main":303,"title":304,"subtitle":26,"slug":305,"short_description":306,"durationDays":275,"formats":307,"formatsOnRequest":267},6,"DC-21008","22658b8c-b308-4ce5-a485-be638aa25ebe","Data Center Sustainability & Efficiency","data-center-sustainability-efficiency","Legal foundations, criteria catalogs, developments, and technical solutions",[264],{"id":309,"status":256,"seminar_id":310,"image_main":311,"title":312,"subtitle":26,"slug":313,"short_description":314,"durationDays":255,"formats":315,"formatsOnRequest":14},7,"DC-21009","4c7858fc-30cf-4d07-8e96-cd2c03057f76","Update – EN 50600 and ISO\u002FIEC 22237‑x","update-en-50600-iso-iec-22237-x","The most important changes and differences from the previous standards of the EN 50600 series as well as the major differences between the European and international versions.",[264,265],{"id":317,"status":256,"seminar_id":318,"image_main":319,"title":320,"subtitle":321,"slug":322,"short_description":323,"durationDays":262,"formats":324,"formatsOnRequest":267},9,"DC-21010","d87cc210-19f8-4fc2-8ba3-3bfceb69817c","Energy Management According to ISO 50001","for data centers under Section 12 EnEfG","energy-management-din-en-50001","Legally compliant implementation of the Energy Efficiency Act for data centers",[264],{"id":326,"status":256,"seminar_id":197,"image_main":327,"title":328,"subtitle":26,"slug":329,"short_description":26,"durationDays":262,"formats":330,"formatsOnRequest":267},10,"814710db-8b32-40f8-8137-b0fea109c79b","Liquid Cooling, DC Power and High-Bandwidth Cabling","liquid-cooling-dc-power-high-bandwidth-cabling",[264],{"id":332,"status":256,"seminar_id":333,"image_main":334,"title":335,"subtitle":26,"slug":336,"short_description":337,"durationDays":255,"formats":338,"formatsOnRequest":267},8,"DCS-23001","83d21d07-5ee9-4726-a8a0-a32cec614e66","Data Center Passport","data-center-passport","Basic understanding of data centers, structure, components, and trades. Orientation and behavioral guidelines for working in data centers.",[265],{"data":340},[341,354,366,377,387],{"id":342,"status":256,"sort":255,"slug":343,"position":344,"cv":345,"linkedin":346,"phone":347,"signature_email":348,"first_name":349,"last_name":350,"avatar":351,"profile":352},"9eff7954-eeab-4a8f-96d7-fd578be1b1b1","thomas-wawra","CEO","\u003Cp>Dipl. Ing. Thomas Wawra gründete 2007 die DCE academy und entwickelte Sie zum führenden Anbieter von herstellerneutralen Schulungen im Bereich Rechenzentrum basierend auf der Norm EN 50600. Als Sponsor unterstützt er aktiv die Internationalisierung der Norm zur ISO 22237 und referiert weltweit auf Kongressen zu Normierungsfragen.\u003C\u002Fp>\n\u003Cp>In den Jahren 2002 bis 2006 war Thomas Wawra Gesamtverantwortlicher für das Auslandsgeschäft der Venali Inc., Miami, USA. In dieser Zeit leitete er den gesamten Bereich Vertrieb und baute strategische Partnerschaften mit Unternehmen wie, Microsoft und SAP erfolgreich auf. Davor bekleidete er die Position des Geschäftsführers der Venali Europe GmbH, einem Start Up Unternehmen im Bereich Secure Messaging. In dieser Rolle trug er ebenfalls maßgeblich zum Erfolg des Unternehmens bei und eröffnete im Zeitraum von 1996 bis 2007 die Niederlassungen in London, Singapur und Deutschland. Zudem zeichnete er für die Konzipierung und Umsetzung des gesamten Vertriebskonzeptes verantwortlich und war an der Sicherung der Finanzierung durch die Gewinnung von Venture Capital-Gebern sowie Business Angels wesentlich beteiligt.\u003C\u002Fp>\n\u003Cp>Thomas Wawra ist diplomierter Maschinenbauingenieur der Technischen Universität München.\u003C\u002Fp>","https:\u002F\u002Fwww.linkedin.com\u002Fin\u002Fthomas-wawra-a780425\u002F","+49 163 6010442","thomas.wawra@dce-academy.com","Thomas","Wawra","0afd33cf-4d17-49f6-9dfa-f71b65dc15db",{"kind":353,"slug":343},"team",{"id":355,"status":256,"sort":269,"slug":356,"position":357,"cv":358,"linkedin":359,"phone":360,"signature_email":361,"first_name":362,"last_name":363,"avatar":364,"profile":365},"adc4834c-325d-45ca-bb3e-d3eeb380b962","sebastian-galleitner","CMO & CTO","\u003Cp>Sebastian Galleitner verfügt über mehr als 25 Jahre Expertise im strategischen Marketing und in der Entwicklung digitaler Lösungen. Als Chief Marketing Officer der DCE academy verantwortet er die gesamte Kommunikationsstrategie und Markenführung der Academy.\u003C\u002Fp>\u003Cp>Sein fachlicher Hintergrund umfasst umfangreiche Erfahrung in der Konzeption und Umsetzung komplexer Marketingstrategien für technologieorientierte Unternehmen. Diese Fachkompetenz ergänzt ideal die herstellerunabhängige, technische Expertise der DCE academy im Rechenzentrumsbereich.\u003C\u002Fp>\u003Cp>In seiner Funktion sorgt er dafür, dass die präzisen Schulungsangebote ihre Zielgruppen erreichen und die DCE academy als führende Autorität für Rechenzentrumsexpertise wahrgenommen wird. Dabei setzt er auf eine systematische, faktenbasierte Kommunikation, die den hohen Qualitätsanspruch der Ausbildungen widerspiegelt.\u003C\u002Fp>\u003Cp>Vor seiner Tätigkeit für die DCE academy hat Sebastian Galleitner erfolgreich Marketingstrategien für namhafte Unternehmen in der Finanz- und Automobilbranche entwickelt und ist mit den besonderen Anforderungen technisch anspruchsvoller B2B-Kommunikation bestens vertraut.\u003C\u002Fp>\u003Cp>Die Verbindung aus methodischem Marketing-Know-how und Verständnis für technische Zusammenhänge ermöglicht es ihm, die komplexen Inhalte der Schulungen zielgruppengerecht aufzubereiten und den besonderen Wert der praxisorientierten Wissensvermittlung zu kommunizieren.\u003C\u002Fp>","https:\u002F\u002Fwww.linkedin.com\u002Fin\u002Fsebastian-galleitner\u002F","+491749793327","sebastian.galleitner@dce-academy.com","Sebastian","Galleitner","d168850c-990d-467a-8150-97954ef803ef",{"kind":353,"slug":356},{"id":367,"status":256,"sort":262,"slug":368,"position":369,"cv":370,"linkedin":371,"phone":26,"signature_email":372,"first_name":373,"last_name":374,"avatar":375,"profile":376},"dd1bebf0-6d1f-4262-9ec4-524ed59d3901","juergen-strate","Chief Education & Alliance Officer","\u003Cp>Jürgen Strate, Dipl.-Ing. der Versorgungstechnik, war als Direktor für Sales & Strategic Business Development für den Geschäftsbereich Site and Facilities Services D\u002FA\u002FCH der IBM Deutschland GmbH verantwortlich. \u003C\u002Fp>\n\u003Cp>Er war seit 1990 Mitarbeiter der IBM Deutschland.  Herr Strate begann seine Karriere bei IBM als Spezialist für Anlagentechnik im Bereich Chemische Verfahrenstechnik im IBM Halbleiterwerk Böblingen\u002FSindelfingen. Anschließend wechselte er in den IBM Bereich Industry Solution verbunden mit der Qualifizierung zum IT-Systemingenieur.\u003C\u002Fp>\n\u003Cp>Seit 1998 gehörte er dem Geschäftsbereich Site and Facilities Services der IBM an.  In verschiedenen Rollen verfügt er seit mehr als 25 Jahren über umfangreiche Erfahrung in der Beratung, Planung und Realisierung von Rechenzentren unter Sicherheits- und Verfügbarkeitsaspekten. Hierzu gehörte auch eine umfassende und professionelle Begleitung von der Rechenzentrumsstrategie über Planung und Realisierung bis zur Indienstsetzung von Rechenzentren. Er hat den Geschäftsbereich Site and Facilities Services für IBM mitgestaltet und aufgebaut sowie die Entwicklung standardisierter Rechenzentrumslösungen für den Mittelstand sowie von Enterprise Datacentern vorangetrieben. Ein besonderer Fokus lag in der Ausgestaltung von energieeffizienten Lösungen sowie der Einhaltung von aktuellen Standards, insbesondere der DIN EN 50600.\u003C\u002Fp>\n\u003Cp>Herr Strate war als Keynote-Speaker und Referent auf Fachveranstaltungen präsent. Er übte in enger Zusammenarbeit mit der DCE academy die Referententätigkeit zu verschiedenen fachlichen Themen im Rechenzentrumsbereich aus.\u003C\u002Fp>\n\u003Cp>IBM Site and Facilities Services plante und realisierte als Generalübernehmer schlüsselfertig sichere, hochverfügbare, modulare, skalierbare, innovative und energieeffiziente Rechenzentren.\u003C\u002Fp>\n\u003Cp>Seit 2021 ist Herr Strate freiberuflich als Referent \u002F Dozent für die DCE academy tätig. \u003C\u002Fp>","https:\u002F\u002Fwww.linkedin.com\u002Fin\u002Fjuergen-strate\u002F","juergen.strate@dce-academy.com","Jürgen","Strate","48a241a8-9ea1-44ff-94dc-ea0fc76ab74b",{"kind":353,"slug":368},{"id":378,"status":256,"sort":285,"slug":379,"position":380,"cv":381,"linkedin":26,"phone":26,"signature_email":382,"first_name":383,"last_name":384,"avatar":385,"profile":386},"e3ce035f-250a-427e-9219-ed262d272263","victor-dadson","Business Development 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