Rittal RiMatrixS presentatie

1 Filip Gosselin / Product Manager IT

2

Datacenter infrastructure

Standardisation or not?

Filip Gosselin / Product Manager IT

Rittal - Facts World leader in system solutions


Founded in 1961

Over 10,000 employees worldwide

Over 60 subsidiaries

11 production sites

Member of the Friedhelm Loh Group

together with:

Eplan, LKH, Kiesling Cideon and Stahlo

Products and solutions:

Enclosures

Power distribution

Climate control

IT infrastructure

Software & services

4

Rittal - A powerful alliance with the Friedhelm Loh Group

Family- owned business


Rittal - Facts World leader in system solutions


Rittal Belgium

+/- 52 full-time employees

Distribution unit for Belgium

Inbound: 2 trucks/day

Outbound: 5 trucks/day

3700 M² warehouse

4068 pallet rack locations

2200 bin locations

Delivery of all regions, 2 times a week

Workshop for modification and

assembly

Rittal – Products and Solutions Complete product portfolio for data centre infrastructure solutions


Product portfolio

Power

distribution

Monitoring Security

solutions

IT racks/

server racks

Service and

support

Climate control

Data centre

Rittal – Products and Solutions Market trends and future developments


search engines mobile apps virtualisation

simulation

file sharing

social media

big data

rendering

email

weather

8

Datacenter infrastructure

Standardisation or not?


9

Standardisation:

Standardisation is the process of developing and

implementing technical standards.

Standardisation can help to maximize compatibility,

interoperability, safety, repeatability, or quality.

It can also facilitate commoditization of formerly

custom processes and create a situation in which all

parties can realize mutual gains.

Source: Wikipedia



If it wasn't for standarisation, the most simple everyday

objects would not have existed in the form as we know

them now.

Data centre standardisation: A change of paradigm Is every data centre really unique?


Data centre standardisation: A change of paradigm Is every data centre really unique?


Existing data centre structures

Rack area with serverracks and networking racks

Cold/hot aisle containment

Cooling internal: Rack, inline, CRAC,…

Cooling external: Chillers, drycoolers, …

UPS room

Low-voltage power distribution

Question yourselves: does every data centre really need to

be unique?

Demands on IT managers Complexity – Flexibility – Costs – Security


How can I react flexibly to the changing demands of internal and external customers?

How can I manage the constantly increasing complexity?

Which concrete measures can I take to combat increasing costs?

How can I ensure the availability of my IT services?

Demands on IT managers Complexity – Flexibility – Costs – Security


Expandability, scalability

Expansion for efficiency measurement

Secure, reliable operation

Transparent and consistent IT management

Physical security

Early fire detection

Fire extinguishing

Access log

Increasing planning needs

IT infrastructures

Climate efficiency

Data centre infrastructure management

IT load over course of the day/month/quarter

Managed reports

Demands on IT managers Frustration? Or relaxed?



Complexity

Complexity in data centre design Keep IT simple?



The first mass-produced data centre

RiMatrix S

Complexity in data centre design Keep IT simple?


Dimensions: LxWxH 7,000 x 2,750 x 2,710 mm = 19.25 m²

Electrical performance: 60 kW redundant

Usable U: 294

Cooling output: 60 kW redundant

Ready-for-connection

Integrated partitions

Power

technology/UPS

Power distribution

Fire

detection/fire

extinguishing

Cable duct

system Base system Cold aisle

containment

Climate control

technology

19" rack system

Complexity in data centre design IT Infrastructures


Standard room Container Security rooms


Flexibility

Complexity in data centre design Expandability - Flexibility


Data centre module (bayed IT racks)

Basic data centre module

One bayed enclosure suite including

containment

Extended data centre module

Two bayed enclosure suites,

mirror symmetry

Design (for each module)

19” frame for max. packing density

Raised floor with supply channels for

power supply and cooling

Cable routes above the frame structure

Complexity in data centre design Expandability - scalability


Modules

Complexity in data centre design Expandability - scalability


Single 6,

60 kW n+1

Double 9,

180 kW n+1

Single 9,

90 kW n+1

Double 6,

120 kW n+1

Internal dimensions LxWxH

7,000 x 2,750 x 2,710 mm

Internal dimensions LxWxH

7,000 x 4,776 x 2,710 mm

Complexity in data centre design Expansion for efficiency measurement


Modular UPS Redundant PDUs

Energy protection

Efficiency measurement intelligent PDU and LVMD

Power distribution

Complexity in data centre design Secure reliable operation


Cooling

n+1 redundancy in cooling

Space-saving configuration

Chiller packages – Cooling container

Complexity in data centre design Secure reliable operation


Climate area server: Max. server supply air

temperature within ASHRAE

limit threshold to increase

energy efficiency. Climate area UPS battery: A 10-year battery life-cycle is

normally specified for an

ambient temperature of 20ºC.

Using separate control of the air

volumes, lower supply air

temperatures can be achieved

compared to the server area

despite the same flow

temperature.

Flexibility in data centre design Transparent and consistent IT management


Applications

▪ Server, storage, switches, router

▪ Applications, support, service level agreements

IT infrastructure

▪ Power and cooling supply

▪ Rack and room monitoring

Management software

(e.g. Tivoli, Nagios…) Management software (e.g. data centre

infrastructure management…)


Costs

Costs in data centres Climate efficiency


PUE

Costs in data centres Economic efficiency - PUE


Exterior: 10°C

Flow: 22°C

Server supply air: 26°C

PUE: < 1,1

Fan speed: < 61%

delta T intake-side: < 18K

Guaranteed PUE

Costs in data centres Economic efficiency


Source: © ASHRAE 2012 American Society of Heating, Refrigerating and Air-Conditioning Engineers © January 2012 by Ron Hughes-Data CentreDynamics

ASHRAE

Intelligent control algorithm, optimised system within the recommended values

Temperature 2004: 20ºC to 25ºC - recommended

2008: 18ºC to 27ºC - recommended

2011: 5ºC to 40ºC - permitted

Humidity 2004: 40% to 55% - recommended

2008: 35% to 60% - recommended

2011: 20% to 80% - recommended

Costs in data centres Data centre infrastructure management


DCIM

Monitoring and visualisation of

all system-relevant parameters

Alarm management with e-mail

reports

Involvement in building services

management due to support

from OPC

Optional energy optimisation

* OPC = OLE (Object Linking and Embedding) for process control

Costs in data centres Data centre infrastructure management


Server-out temperature (ºC)

IT load (kW)

Flow rate (l/min)

Infrastructure load (kW) Total load (kW)

Server-in temperature (ºC)

Delta p (Pa)


Security

Security in data centres Early fire detection and fire extinguishing


Automatic fire detection at a very early stage

Automatic alarm

Early fire detection

Fire extinguished by fire brigade

Fire warning and extinguishing system

Immediate and automatic extinction

Automatic fire detection at a very early stage

Automatic alarm

Security in data centres Physical security


Fire Extinguishing

water

Corrosive

gases

Vandalism Unauthorised

access

Electromagn.

interference

Dust Falling debris Theft/

burglary

Standard room Container Security rooms

Unauthorised

access Falling debris Theft/

burglary

Fire Extinguishing

water

Security in data centres Simplified certification


The data centre concept : RiMatrix S

The concept must accommodate any

availability claims by any customers.

This is based on the tier classification

(Tier I – IV).

Based on: DIN EN 50600-1;

VDE 0801-600-1:2012-01:2012-01

RiMatrix S systems are pre-certified so

that complete certifications are made

considerably more easily and more

quickly.

Pre-certified modules

Guaranteed quality!

Time-saving!

Predictable costs!


Conclusion

Conclusion Standardisation = Flexibility + Costs + Efficiency + Security


Security

A holistic organisation and high availability should be key factors for

the configuration of IT infrastructures and IT systems

Efficiency

Permanently increasing costs demand efficient planning and

efficient operation – with indices already available in the

planning/investment phase

Costs

An optimised IT infrastructure and control algorithms within the

ASHRAE recommended values help to combat increasing energy prices

Flexibility

Standardisation ensures faster availability of the IT infrastructure

and thus of the services / applications (time-to-market)

Technical and economic optimisation of design,

organisation and operation of data centres thanks to

RiMatrix S standardised data centre modules

Conclusion Motivation


Conclusion Guaranteed performance


PUE calculation already prior to implementation!

The data centre module:

It is a standard product

Efficiency performance curves have

been determined in the laboratory and

confirmed by TÜV

The PUE on the installation site can be

derived from these curves in relation to

the annual temperature curve

Guaranteed PUE, low absolute PUE

level up to € 27,000 at 60 kW, PUE 1.3

to 1.7

We guarantee the PUE rating!

Conclusion Guaranteed performance


Single producer Turn-key delivery

Single contact For all questions

Financial framework Defined from the beginning, no additional costs

Pre-assembled modules Safety during installation

Planning security Minimisation of risks

Short assembly time Installation within 5 days

Planning costs halved Approx. € 5,000-10,000 at 60 kW

Operational safety Minimisation of risks

1:1 references Reference visits

Optimum operating features of the modules

Efficient operation

High availability

Thanks to pre-configured modules

Cost savings Reduced complexity Greater availability

Error-tolerant design


Thank you!

Rittal RiMatrixS presentatie

Technology

Transcript of Rittal RiMatrixS presentatie