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Green Computing Tools and Techniques for Saving Energy, Money, and Resources

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ISBN-10: 1466503408

ISBN-13: 9781466503403

Edition: 2013

Authors: Bud E. Smith

List price: $59.99
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Description:

Connecting the green agenda in IT to the broader overall green agenda, this book shows how going green can pay for itself with reduced hardware, software, support, and energy costs. It also ties green computing to the broader corporate agendas of risk management, brand management, and reputation management. This authoritative text provides quotable budget justifications that can be used by executives, IT management, suppliers, and market analysts to help place IT stakeholders on the same page for a new agenda that will save energy, money, resources, and the planet.
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Book details

List price: $59.99
Copyright year: 2013
Publisher: Taylor & Francis Group
Publication date: 7/15/2013
Binding: Hardcover
Pages: 262
Size: 6.00" wide x 9.00" long x 0.75" tall
Weight: 1.144
Language: English

Dedication
Contents
Preface
About the Author
Acknowledgments
Green Computing and Your Reputation
Key Concepts
Reputation as Motivation
Avoiding Greenwash
Social License to Operate
Green Computing and Your Career
Green Computing and Your Department
Green Recruiting and Retention
Getting the Word Out Inside the Company
Getting the Word Out Outside the Company
Summary
Green Computing and Saving Money
Key Concepts
Why Saving Money Is Green
Getting Focused on Money-Saving Efforts
Implementing Energy Efficiency
Changing How Current Devices Are Used
Moving to Cloud Services
Digitizing Non-IT Functions
Greening Your Energy-Saving Moves
Some Big Thinking About Money-Saving Efforts
Summary
Green Computing and the Environment
Key Concepts
Environmental Drivers for Green Computing
What Drives the Green Agenda?
Key Roots of Environmentalism
Environmentalism and IT
The New Imperative of Climate Change
A Brief History of the Climate
Al Gore and Climate Change
The 2�C Warming "Limit"
Climate Change and IT
What's Next with Climate Change?
What It Means to "Go Green"
Why IT Is a Climate Change Solution
Career Development and "Going Green"
Summary
A New Vision of Computing
Key Concepts
Cloud Computing Emerges
The End of the PC Era
Some New-Model IT Challenges
A Few Examples from a Multinational
How a Company Adopted the iPhone
A Mental Model for IT Simplicity
Why Green Computing Fits the New Model
Is Cloud Computing the Whole Answer?
Disadvantages of Cloud Computing
Managing Disadvantages of Cloud Computing
What to Do Besides Cloud Computing
Efficiency and Cloud Computing
Greenability and Cloud Computing
Responsibility, Usability, and Cloud Computings
The Philosophical Implications of Green Computing
The Zen of Green Computing
Summary
Building a Green Device Portfolio
Key Concepts
Introduction
Why Green Works for Device Purchases
Pushing Computing Down the Device Pyramid
Another Dimension of Device Pyramid Greenness
Green Computing and Embodied Energy
Green Computing and Running Costs
Planned Obsolescence Isn't Green
Green Computing and Device Disposal
The Greenpeace Guide to Greener Electronics
Support Employees' Device Choices
Publicizing Your Process
Summary
Finding Green Devices
Key Concepts
What Makes a Device Green?
What Makes a Supplier Green?
Case Study: HP vs. Dell
Giving Suppliers and Vendors Feedback
Publicizing Your Selection Process and the Winner
A Sample Statement of Green Buying Principles
Desktop Computers
Laptops
Sustainability and Failure to Supply
The Case of Windows 8
Tablets
"Less Computer" and "Computer-less" Solutions
Summary
Green Servers and Data Centers
Key Concepts
Choosing and Creating Green Data Centers
Green Data Centers as a Model
The Last Shall Be First…
What Makes a Data Center Green?
Building and Power Supply Considerations
Servers, Storage, and Networking
Data Center Suppliers
Summary
Saving Energy
Key Concepts
Saving Energy Serves Many Masters
Cost Savings through Energy Savings
Risk Reduction through Energy Savings
Carbon Footprint Reduction through Energy Savings
Improving Your Reputation and Brand
Why Energy Prices Will Stay High
Embodied Energy
Analyzing Your Energy Usage
A Recipe for Energy Savings
Understanding the Unique Energy Needs of IT
Focusing on Solar Power
Saving-Energy and the Supply Chain
Energy-Saving Pilot Projects
Selling Energy Savings
Summary
Reducing Greenhouse Gas Emissions
Key Concepts
Why Greenhouse Gas Emissions Are Important
Sources and Sinks of Greenhouse Gases and Warming
Is There Still Doubt About Climate Change?
Why Are There Still Doubters and Deniers?
What If I Work for Doubters and Deniers?
So What's Next with Climate Change?
Reducing Emissions I: Embodied Energy
Reducing Emissions II: Daily Energy Use
Reducing Emissions III: Taking Steps to Use Different Sources
Reducing Emissions IV: Supply Chain Success
Summary
Reducing Resource Use
Key Concepts
Why Resource Use Is Important
A Resource Use Checklist
Planned Obsolescence and Resource Use
The Story of Apple and EPEAT
Case Study: Computer Hardware and RSI
Summary
Green Computing by Industry Segment
Key Concepts
Evaluating Greenness
The Newsweek Green 500 Approach
Why the Newsweek Green 500 Approach Works
Looking at Industry Segments
Analyzing Your Own Initiatives, Company, and Sector
Summary
The Future: Deep Green Computing
Key Concepts
Green Computing and the Future
Megatrends for Green Computing
An Increasing Need for Sustainability
The Continually Decreasing Cost of Core Computing Capabilities
The Ability of Computing to Do More and More
Telepresence Instead of Travel
Telecommuting Instead of Commuting
Toward Deep Green Computing
Platforms for Deep Green Computing
Selling Deep Green Computing
Summary
References
Index