1. THE NEXT WAVE OF GREEN IT   Green Power for the future Presented by Madhumitha.S Shilpa.W For team Marsvapours

2. THE NEXT WAVE OF GREEN IT   The Intergovernmental Panel on Climate Change (IPCC) calls for a 50-85% reduction in CO2 emissions by 2050 to mitigate risks of climate change

7. THE NEXT WAVE OF GREEN IT   Profitability of Ten Energy Efficiency Measures

9. THE NEXT WAVE OF GREEN IT   Technical Challenges and Solutions

10. THE NEXT WAVE OF GREEN IT   Trends That Affect Power, Packaging,and Cooling

12. THE NEXT WAVE OF GREEN IT   The Intelligent Utility Network (IUN) leverages grid digitization & pervasive & pervasive communications networks…enabling “informed decision making informed decision making”

13. THE NEXT WAVE OF GREEN IT   Real Real-time analytics and optimization for intelligent power grids time analytics and optimization for intelligent power grids

14. THE NEXT WAVE OF GREEN IT   The 7/24 World

15. THE NEXT WAVE OF GREEN IT   Power Availability

16. THE NEXT WAVE OF GREEN IT   Increasing Availability of Power There are several options available that can be deployed independently or in combination 􀁏 Improved power distribution 􀁏 Distributed transfer switches 􀁏 Dual or triple cord solutions 􀁏 Dual redundant DC power Supplies 􀁏 Redundancy in applications 􀁏 Increased serviceability - reduced Mean Time to repair … or we can increase the availability of the Power Source

17. THE NEXT WAVE OF GREEN IT   Increasing Availability of Power Parallel redundant systems offer substantially increased availability 􀁏 Can provide “high 9’s” availability 􀁑 The best opportunity to increase availability at the source 􀁏 There are two fundamental technical issues to solve for parallel redundant power systems 􀁑 Control and stability of two or more AC power sources being paralleled 􀁑 Elimination of all potential system-level single-point-of-failure 􀁏 The resulting performance is depending on design implementation of: 􀁑 Load sharing 􀁑 Fault isolation

18. THE NEXT WAVE OF GREEN IT   Increasing Availability - Redundancy There are three major considerations for parallel redundant systems 􀁏 Degree of autonomy 􀁏 Complexity of implementation 􀁏 Degree of integration

19. THE NEXT WAVE OF GREEN IT   Degree of Autonomy The degree of autonomy of the individual modules can have a significant impact on the overall system performance. 􀁏 Interdependency between modules must be minimized 􀁏 Avoid Legacy master control scheme 􀁑 Modules are not autonomous 􀁑 Master control is a single-point-of-failure 􀁑 Typically end up with common shared signals

20. THE NEXT WAVE OF GREEN IT   Degree of Complexity Complexity is judged in relation to the simplest possible system, i.e., modules without paralleling 􀁏 No or minimized amount of added circuitry 􀁏 Simplified inter-module wiring 􀁏 Maximize the level of integration to modules

21. THE NEXT WAVE OF GREEN IT   Degree of Integration Degree of integration refers to the intrinsic versus extrinsic nature of the circuit or algorithm needed for parallel operation. 􀁏 Intrinsic components are always operational, regardless of whether a module is in parallel or operating standalone. 􀁏 Extrinsic components must be conditionally switched-in at the appropriate times. Extrinsic components often leave vulnerabilities that must be scrutinized.

22. THE NEXT WAVE OF GREEN IT   POWER development team

23.   THE NEXT WAVE OF GREEN IT Paralleling of DC Power Supplies 􀁏 Conventional method to provide scalability and increase availability of power 􀁏 Hotswap supplies increase serviceability and reduces MTTR 􀁏 Isolation and load share relatively trivial for DC Power Supplies

24. THE NEXT WAVE OF GREEN IT   The AC difference 􀁏 Phase angle difference determines how power is shared between sources 􀁏 Amplitude difference causes reactive currents to flow between sources 􀁏 Voltage and current harmonic content may cause circulating currents

25. THE NEXT WAVE OF GREEN IT   Legacy Systems

26. THE NEXT WAVE OF GREEN IT   Legacy Systems

27. THE NEXT WAVE OF GREEN IT   Powerware Hot SyncTM

30. THE NEXT WAVE OF GREEN IT   Hot Sync TM Load Share Pictorial Parallel load share control algorithm constantly drives the module to carry the least amount of load. This will drive Module 1 back in Phase with Module 2.

31. THE NEXT WAVE OF GREEN IT   The powerware protects against:

32. THE NEXT WAVE OF GREEN IT   Applications of power ware: Data centers Server farms Telecommunication installations Internet service providers Transportation systems Security operations Broadcasting and entertainment Process control equipment Financial systems Credit card operations Medical / Healthcare Industrial systems

34. THE NEXT WAVE OF GREEN IT   Creating the Trip Function Cycle to cycle power flow is used as discriminator

37. THE NEXT WAVE OF GREEN IT   Carbon management for electricity The estimation and monitoring of carbon footprint consumption of electricity and carbon emissions to provide a framework for optimal abatement strategies and model optimal abatement options for carbon reduction

40. THE NEXT WAVE OF GREEN IT   IBM Case Study: Energy Efficient Technologies And Services IBM can help businesses identify the most appropriate solutions to the full spectrum of problems now being faced, and help them on their path into green computing.

41. THE NEXT WAVE OF GREEN IT   Case Studies: Customers achieve significant results using energy efficient technologies and services.

42. THE NEXT WAVE OF GREEN IT   IBM software plays a key role in cutting costs and carbon emissions.

43. THE NEXT WAVE OF GREEN IT   IBM:Extended Attributes of a Greener Organization

44. THE NEXT WAVE OF GREEN IT   IBM Software for a Greener World

45. THE NEXT WAVE OF GREEN IT   IBM Software for a Greener World

46. THE NEXT WAVE OF GREEN IT   IBM Software for a Greener World

47. THE NEXT WAVE OF GREEN IT   Energy efficient components: IBM Technologies

49. THE NEXT WAVE OF GREEN IT   IBM Power Systems

50. THE NEXT WAVE OF GREEN IT   POWER5 vs POWER6 Pipeline Comparison Pipeline Comparison • POWER6 processor is ~2X frequency of POWER5 • POWER6 instruction pipeline depth equivalent to POWER5

51. THE NEXT WAVE OF GREEN IT   Power6 Systems: New Power Server Family

52. THE NEXT WAVE OF GREEN IT   Transforming paper driven processes

54. THE NEXT WAVE OF GREEN IT   Paper Production Environmental Impact

57. THE NEXT WAVE OF GREEN IT   Which industries have the most paper driven processes? • Banking • Insurance • Government • Healthcare

58. THE NEXT WAVE OF GREEN IT   Where else are paper forms? • Applying for a job • Claiming expenses • Authorizing invoices • Requesting a quotation • Customer feedback

59. THE NEXT WAVE OF GREEN IT   Costs of Paper Driven Processes Traditional costs … 􀂃 Paper and printing 􀂃 Unused form disposal 􀂃 Archival and storage ...and hidden costs that can slow business 􀂃 Lengthy completion times 􀂃 Validation and error checking 􀂃 Data re-keying 􀂃 Physical routing time & complex approval chains 􀂃 Data aggregation across forms

60. THE NEXT WAVE OF GREEN IT   A vision for paper processes.

61. THE NEXT WAVE OF GREEN IT   Market Approach and Differentiation Key technology drivers ; XML, XForms, Web Services, digital signatures Key business drivers: compliance, productivity, signing/approvals

62. THE NEXT WAVE OF GREEN IT   eForm process benefits More than 80% of the processes in public and private businesses depend on forms. ( IDC) Enterprises are seeking electronic process enablers, not just forms on the web. ( Gartner) E-forms based on XML architecture will redefine paper-intensive processes and become the standard for Web-based-forms. ( Gartner) The real value of electronic forms lies in its ability to reduce the bureaucracy associated with paper forms rather than simply replicating it. ( Gartner) Source: Gartner

63. THE NEXT WAVE OF GREEN IT   Workplace Forms Workplace Forms helps reduce the time, costs, and problems inherent to manual, paper based forms processes. Providing far more than simple electronic print and fill capabilities, Workplace Forms aids in streamlining and automating end-to-end business processes that are initiated by forms

64. THE NEXT WAVE OF GREEN IT   Workplace Form Components Presentation Layer • Pixel-perfect for duplicating paper forms

65. THE NEXT WAVE OF GREEN IT   Workplace Form Components Presentation Layer • Pixel-perfect for duplicating paper forms • Guided-interview, or wizard, driven

66. THE NEXT WAVE OF GREEN IT   Workplace Form Components Presentation Layer • Pixel-perfect for duplicating paper forms • Guided-interview, or wizard, driven Business Logic • Capture forms processes in the form • Integrate business process workflows

67. THE NEXT WAVE OF GREEN IT   Workplace Form Components Presentation Layer • Pixel-perfect for duplicating paper forms • Guided-interview, or wizard, driven Business Logic • Capture forms processes in the form • Integrate business process workflows Data Instances • Based on W3C XForms specification • Multiple XML payloads for integration • Validate against external XML Schemas

68. THE NEXT WAVE OF GREEN IT   Workplace Form Components Presentation Layer • Pixel-perfect for duplicating paper forms • Guided-interview, or wizard, driven Business Logic • Capture forms processes in the form • Integrate business process workflows Data Instances • Based on W3C XForms specification • Multiple XML payloads for integration • Validate against external XML Schemas File Attachments • Capture complete transaction • Supplemental or associated e-forms • MS Office, videos, faxes, etc.

69. THE NEXT WAVE OF GREEN IT   Workplace Form Components Presentation Layer • Pixel-perfect for duplicating paper forms • Guided-interview, or wizard, driven Business Logic • Capture forms processes in the form • Integrate business process workflows Data Instances • Based on W3C XForms specification • Multiple XML payloads for integration • Validate against external XML Schemas File Attachments • Capture complete transaction • Supplemental or associated e-forms • MS Office, videos, faxes, etc.

70. THE NEXT WAVE OF GREEN IT  

72. THE NEXT WAVE OF GREEN IT   Browser-Based and Rich Client Forms

74. THE NEXT WAVE OF GREEN IT   Workplace Forms helps reduce human handling of forms, allowing for more business in the same amount of time. Reduce or eliminate physical routing of forms Reduce or eliminate need for re-keying of data and error correction Shorten approval cycle times with sectional and overlapping digital signatures. Unleash forms for more quickly available and more easily generated business metrics, helping to create a flexible, innovative organization Save time with forms you can access real time via web browser.

75. THE NEXT WAVE OF GREEN IT   Workplace Forms combines form data and business logic into a single document, an intelligent message that flows through an IT environment Does not mandate specific, proprietary IT components for management of forms More easily integrates with and adapts to your IT environment Helps promotes team development of forms based processes Extend a form's functionality by embedding Java functionality in a form or by dynamically extending the Workplace Forms Viewer. Activates a Service Oriented Architecture (SOA) with intelligent message that flows across services

78. THE NEXT WAVE OF GREEN IT   Paper saving software: Axiar Green (LBM Systems)

79. THE NEXT WAVE OF GREEN IT   AXIAR Green, paper saving software, manages multiple parts of your print output process. Implementing any one of these features will save paper and/or resources immediately.

80. THE NEXT WAVE OF GREEN IT   Selected Features Description Converting Print to PDF : AXIAR Green automatically creates and stores PDF documents for portable online document delivery and viewing. Draft Print Mode : Users can create an AXIAR Green virtual printer that automatically sets print quality to draft mode, reducing the amount of toner consumed by up to 30% with each print. Selected Features Description Printing Duplex (two-sided): AXIAR Green can be configured to automatically duplex print output, potentially reducing paper use by 50%. Distributing Digital Documents: After using AXIAR Green to create digital output (typically PDF), AXIAR can also automatically distribute digital documents to employees, customers and vendors, which eliminates the cost and environmental impact of transporting paper documents.

81. THE NEXT WAVE OF GREEN IT   Selected Features Description Green Print Routing: AXIAR Green can be configured to intelligently determine the most cost-efficient printer based on resource use. This ensures that the environmental effect of printing is kept to a minimum when information must be paper-based. Digital Forms: AXIAR Green enables laser form printing on blank paper, eliminating the need for pre-printed forms which are often reduced to scrap paper due to misalignment, form changes and damage to stored forms. Reduce Personal Print: AXIAR Green can be used to encourage responsible use of print resources by tracking employee use. In addition, AXIAR Green can generate statistics for auditing and securing print streams through encryption to ensure the proper use of print resources.

82. THE NEXT WAVE OF GREEN IT   Paper Saving Estimates We have developed a cost and paper saving calculator to help show how saving paper is good for the environment and good for the bottom line. In a typical 200 user environment, using AXIAR Green can save almost 9,000 pounds of paper per year:

83. THE NEXT WAVE OF GREEN IT   Cost Saving Estimates We want to discuss your organization’s paper use and help discover a way to reduce the amount of paper you use. In a typical 200 user environment, we see the following cost saving potential:

84. THE NEXT WAVE OF GREEN IT   HOW CAN UNIFIED COMMUNICATIONS REDUCE YOUR CARBON FOOTPRINT?

85. THE NEXT WAVE OF GREEN IT   The Green and Lean Movement

86. THE NEXT WAVE OF GREEN IT   How many companies have a carbon strategy?

87. THE NEXT WAVE OF GREEN IT   The opportunities for Unified Communications to reduce CO2

88. THE NEXT WAVE OF GREEN IT   Which technologies will be most useful in reducing CO2

89. THE NEXT WAVE OF GREEN IT   Empower People to use Unified Communications as an alternative to traveling

90. THE NEXT WAVE OF GREEN IT   Business Trends Are Driving Successful Unified Communications and Collaboration deployments

91. THE NEXT WAVE OF GREEN IT   The goal of UC-Accelerate Business Velocity

92. THE NEXT WAVE OF GREEN IT   Streamlining Communication Channels and enabling Key Business Processes.

94. THE NEXT WAVE OF GREEN IT   Conferencing and Collaboration Case Studies

95. THE NEXT WAVE OF GREEN IT   Conferencing and collaboration at Renault

96. THE NEXT WAVE OF GREEN IT   Examples of Virtual meetings and where savings can be made

97. THE NEXT WAVE OF GREEN IT   Its all about promotion!

98. THE NEXT WAVE OF GREEN IT   Why eMeeting is used at Danske Bank?

99. THE NEXT WAVE OF GREEN IT   Unified Communications: Simplicity by design

100. THE NEXT WAVE OF GREEN IT   The heart of the matter: Meetings

102. THE NEXT WAVE OF GREEN IT   Thank You