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Green Computing

By
Gaurav Fouzdar
Highlights
•

Introduction to Green Computing

•

Tips for Green Computing

•

First & Second Wave of Green Computing

•

...
Introduction
•

Green computing is the study and practice of
environmentally sustainable computing or IT.

•

Green comput...
Tips for Green Computing
• Power-down the computer and all peripherals during extended periods of inactivity.

• Try to do...
Green Computing: First Wave
•

Since its inception IT industry focused more on meeting customer demand and
less on energy ...
•

The high and increasing use of electricity makes data centers an important
source of greenhouse gases.

•

For informat...
•

Density has increased more than ten times from 300 watts per square foot

1996 to over 4,000 watts per square foot in 2...
Implementing Green Computing
Strategies
1. Data center infrastructure- Infrastructure equipment includes chillers, power
s...
6.Power Management
Power management for computer systems are desired for many reasons,
particularly:
•

· Reduce cooling r...
•

Energy Consumption- Source and amount of energy consumption significantly
contributes to GHG emissions.

•

Reduced ene...
Green Computing: Second wave
•

Second wave is about Sustainable IT services.

•

Sustainable IT is about everything an or...
•

Environmental sustainability: IT services must be able deliver customer and
business value while ensuring that the Eart...
Green Computing
Green Computing
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Transcript of "Green Computing"

  1. 1. Green Computing By Gaurav Fouzdar
  2. 2. Highlights • Introduction to Green Computing • Tips for Green Computing • First & Second Wave of Green Computing • Factors driving adoption of Green Computing • Implementing Green Computing strategies
  3. 3. Introduction • Green computing is the study and practice of environmentally sustainable computing or IT. • Green computing is also known as Green IT or ICT Sustainability. • Why Green Computing? • Motto behind Green Computing.
  4. 4. Tips for Green Computing • Power-down the computer and all peripherals during extended periods of inactivity. • Try to do computer-related tasks during contiguous, intensive blocks of time, leaving hardware off at other times. • Power-up and power-down energy-intensive peripherals such as laser printers according to need. • Use liquid-crystal-display (LCD) monitors rather than cathode-ray-tube (CRT) monitors. • Use notebook computers rather than desktop computers whenever possible. • Using the power-management software. • Minimize the use of paper and properly recycle waste paper. • Dispose of e-waste according to federal, state and local regulations.
  5. 5. Green Computing: First Wave • Since its inception IT industry focused more on meeting customer demand and less on energy efficiency. • Investment in data centers, including the energy cost for running and cooling them, is a major consideration for IT managers. • A medium enterprise data center cost from $500M to $1B, a three-fold increase since 2003. • Data centers typically account for 25% of total corporate IT budgets. • Due to immediate business impact organizations are focusing on reducing costs.
  6. 6. • The high and increasing use of electricity makes data centers an important source of greenhouse gases. • For information-intensive organizations, data centers can account for over 50% of the total corporate carbon footprint. • Ecological issues such as dealing with e-waste, pollution, usage of critical resources such as water, toxic materials etc. need to be addressed. Factors Driving the Adoption of Green Computing 1. Rapid growth of internet – ecommerce, social media, online video and music 2. Increasing equipment power density –Significant increase in the server requirements has led to major increase in power density of data centers.
  7. 7. • Density has increased more than ten times from 300 watts per square foot 1996 to over 4,000 watts per square foot in 2007. 3. Increasing cooling requirements -The increase in server power density has led to concomitant increase in data center heat density. • Servers require approximately 1 to 1.5 watts of cooling for each watt of power used. 4. Increasing energy costs -Data center expenditures for power and cooling can exceed that for equipment over the useful life of a server. 5. Restrictions on energy supply and access- Companies such as Google, Microsoft, and Yahoo have built new data centers in the Pacific Northwest near the Columbia River.
  8. 8. Implementing Green Computing Strategies 1. Data center infrastructure- Infrastructure equipment includes chillers, power supplies, storage devices, switches, pumps, fans, and network equipment etc. 2. Thermal load management-Technology compaction in data centers has increased power density and the need for efficient heat dissipation. • Typical strategies for thermal management are variable cooling delivery, airflow management, and raised-floor data center designs to ensure good air flow. 3. Virtualization- It improves the utilization of existing IT resources while reducing energy use, capital spending and human resource costs. 4. Cloud computing and cloud services -As Internet-based computing centralizes in the data center, software technology has advanced to enable applications to be used where and when needed.
  9. 9. 6.Power Management Power management for computer systems are desired for many reasons, particularly: • · Reduce cooling requirements. • · Reduce operating costs for energy. 7.Materials Recycling • Computer recycling refers to recycling or reuse of a computer or electronic waste. • Recycling computing equipment can keep harmful materials such as lead, mercury • Often computers gathered through recycling drives are shipped to developing countries http://h18000.www1.hp.com/products/servers/management/dynamic-powercapping/index.html
  10. 10. • Energy Consumption- Source and amount of energy consumption significantly contributes to GHG emissions. • Reduced energy consumption= reduced green house gas emissions = reduced operational costs for the data center and business. • Virtualization term refers to many things but in a broader sense it’s a idea of sharing. • Virtualization can be applied at many levels; higher levels are greener than those at lower levels. • Level 0 - Local • Level 1- Logical • Level 2 - Data Centre virtualization • Level 3 - Cloud Virtualization
  11. 11. Green Computing: Second wave • Second wave is about Sustainable IT services. • Sustainable IT is about everything an organization needs to do to ensure that IT services delivers superior value to attain a strong market position. • Service sustainability. At a minimum, this includes effective and reliable processes for delivering IT services. • Temporal sustainability: To sustain IT services over time an organization has to start with a clear understanding of the value that is to be created. • Cost sustainability: This includes acquisition and operating costs such as the choice of low cost hardware and software.
  12. 12. • Environmental sustainability: IT services must be able deliver customer and business value while ensuring that the Earth’s resources are being used at a rate that ensures replenishment. • Environmental Regulation: The European standards are focused on electronic waste and the control of hazardous materials used in manufacture. The U.S. standards are focused on energy efficiency. • Meeting the expectations of environmental regulation authorities like WEEE , Energy Star 4.0 standard, EPEAT etc.

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