Panduit TLBP1R-V Bedienungsanleitung

Panduit Nicht kategorisiert TLBP1R-V

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Energy Efficient

Data Center

Cabinet Systems

For more information about Cisco Compatible Solutions visit

https://marketplace.cisco.com/catalog and search Panduit.

Using the Panduit Energy

Ef cient Data Center Cabinet

System, you can greatly

improve the energy ef ciency

of your data center while

con dently increasing

your kW per cabinet density

to increase utilization of your

data center space.

Factors Effecting Ef ciency

• Inlet temperatures

• ΔT across heat exchanger

• Capacity utilization

Ef ciency In uencers

• Inlet temperatures

• Set points

• Hot air/cold air leakage and recirculation

• Server/CRAH fan speeds

• kW per cabinet density

Enabling Improved Ef ciency

• Seal every gap for complete separation

of cooling and exhaust air

• Direct cold air to where it needs to go

• Contain cooling and exhaust air for

maximum cooling capacity ef ciency

• Monitor to maintain operational and

energy ef ciency

Reduce Operational Costs, Improve

Capacity Utilization, and Lower

Power Usage Effectiveness (PUE)*

Driven by explosive data processing growth, Data Center Managers face multiple, competing

demands: reducing operational costs, improving energy ef ciency, and optimizing available

capacity, while sustaining a low total cost of ownership.

To meet these demands while minimizing the risk to service levels, the available data center

space is often underutilized while being overprovisioned with excess power and cooling capacity

regardless of actual IT equipment and space utilization. Today, a typical data center consumes

about 3-5kW per cabinet due to power and cooling concerns, while the available cabinet space

can accommodate 15kW or more per cabinet if managed effectively.

As energy and construction costs continue to rise, over-provisioning and under-utilization are no

longer sustainable. Energy costs related to cooling account for approximately 37% of the overall

data center power consumption1 and are one of the fastest rising data center operational costs

2visit www.panduit.com/Cabinets

Average data center energy usage allocation

Equipment

50%

Lighting

Etc.,

Electricity

Transformer

UPS 10%

Air

Movement

12%

Cooling

25%

*Power Usage Effectiveness – a metric used to measure how effectively input power is used. It is expressed as a ratio of

power available to power used.

1 Average Data Center Energy Usage Allocation , Lawrence Berkeley National Laboratory 2007

2 451 Research has published 'Highly Energy-Ef cient Datacenters in Practice,' October 2012

visit www.panduit.com/Cabinets

Power and cooling capacity remain the top targets for ef ciency improvement and optimization of

cooling capacity is often the simplest way for data center operators to realize short term savings

and directly impact PUE3.

Panduit Labs research con rms that raising the supply air temperature in a data center is one of

the most effective means to reduce energy consumption. In addition, higher return temperatures

enable a higher CRAH ΔT across the heat exchangers allowing the cooling system to operate

more ef ciently.

A key way to realize this energy ef ciency potential and enable maximum capacity utilization is to

eliminate the mixing of cold and hot air within the cabinet and at the room level delivering higher

return air temperatures to the cooling system and allowing higher room set points.

1°C rise in chiller water temperature translates into

3-4% cooling system energy savings

3 How To Measure Energy Consumption In Your Data Center, Gartner Core RAS Research Note G00205428, 8 September 2010

4 Design Considerations for Datacom Equipment Centers ASHRAE 2005, ISBN 1-931862-94-X. Page 138

Produktspezifikationen

Marke:	Panduit
Kategorie:	Nicht kategorisiert
Modell:	TLBP1R-V
Breite:	483 mm
Tiefe:	51 mm
Produktfarbe:	Schwarz
Höhe:	45 mm
Menge pro Packung:	5 Stück(e)
Größe (Imperial):	19 "
Nachhaltigkeitszertifikate:	RoHS
Rack-Kapazität:	1U