green_it_ppt

8/7/2019 green_it_ppt

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GREENIT


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TEAM

MEMBERS:

KALYANI BARMAN (46)

KAMINI SHARMA (47)

KARUNA B RAI (49)

KRITIKA CHATURVEDI (50)

LOKESH VANJANI (51)


3/23

"To make one desktop

computer it takes at least 240

kilograms of fossil fuels, 22

kilograms of chemicals, and

over 1500 kilograms of water.

The total fossil fuels used to

manufacture 1 computer, for

example, amount to 9 times

the weight of the actualcomputer, compared to only

one or two times for a car or a

fridge."

Facts about your desktop computer


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Solution: Green IT


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The study and practice of

using computingresources in an efficient,

effective and economic

way.

What is Green IT?


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Why go green?

Positive effect on environment

Increased customer demand

The cost of energy is the top reason most

companies make the move toward Green IT

Utilize resources more effectively

ptimize energy efficiency

Good for the environment and good for thebottom line


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Green IT = Going Green???

Going green programs can besimple or complex and include: Turning off computer at the end of

the day

Purchasing energy efficient officeequipment

Promoting virtual meetings andtelecommuting

Recycling paper products

onverting to a paperless office

Properly disposing of obsoletecomputer equipment


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Green IT = Going Green???

Green Information Technology is more

complex.

Definition : the integrated and cooperating set

of software using information technology to

support individual, group, organizational, and

societal goals. Green IT can include:

Designing components that produce more

power with less energy consumption

Monitoring the level of waste created andenergy consumed by the company

Developing shared software systems


10/23

Green Data enters

Why Data enters?

Highly energy-intensive and rapidly growing

onsume 10 to 100 times more energy per square foot

than a typical office building Large potential impact on electricity supply

and distribution

Used about 45 billion kWh

in 2005 At current rates, power

requirements could doublein 5 years.


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Technical Emphasis Areas

Energy Efficient IT Hardware/Software/Network Architecture

Virtualization/Grid omputing/Thinlient

Power and ooling Infrastructure

Spray ool/D Distribution/PowerAware

Integration into Building/landscape

Architecture Modular Data enters, ooling

Pond/Radiant Floor Heat/GreenPower


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Easy Ways to Increase Storage

Efficiency

onsolidation

Utilization

Elimination

Archive


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Power Management

Power Supply

Storage

Display

e-Waste handling

Material Recycling


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Telecommuting

Teleconferencing

and tele-

presencetechnology

Working at home


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Renewable Energy Powered

Enterprise IT oncepts

Use Renewable Energy as part of

mission critical power infrastructure

for Enterprise IT Networks

Grid-Tie Systems with BatteryBack-up to act as the UPS/Back-

Up Generation for Enterprise IT

Infrastructure

Thin- lient Architectures with

D Distribution and BatteryBack-UP


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Thin lient

UPS

Server

Meter

Standard PC

UPS

Server

Meter

70% energy reduction, 25% installed cost reduction by

using Thin Client


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Industry Initiatives

Climate Savers Computing Initiative (CSCI)

Green Computing Impact rganization (GCI )

Green Electronic Council

The Green Grid


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Examples ofGreen Technology

BI S Configurable Management

Systems

New LCD screens versus old CRT

monitors Tele-work programs

Electronic Data Interchange (EDI)

XML formatting

Energy Management Systems (EMS)

Green Grid Computer Project

Solar/Wind Projects


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Multiple Benefits

Energy saving

Disposal of electronic waste

Virtualization of server

resources

Regulatory compliance

End user satisfaction

Return on investment


23/23

Thank you

green_it_ppt

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