The document outlines a proposed life cycle approach to greening IT at Wipro across four areas: strategy, people, facilities & operations, and IT-specific requirements. Some key actions proposed include developing a green IT plan and procurement policy, targeting quick wins and green stakeholders, reducing power consumption and headcount through initiatives like the carbon-neutral Sarjapur Campus, and reporting on sustainability metrics. The issues faced by Raghu at Wipro in greening IT include developing an effective customer value proposition, improving employee engagement in sustainability programs, establishing centralized control and monitoring of performance and resources, and optimizing asset utilization and technology refresh across IT and non-IT solutions. The areas proposed for fine-tuning the green IT approach include data center

1. 7) Create a Life Cycle approach at
Greening IT at Wipro?
Strategy People Facilities & IT-Specific
Operation Requirements
Green IT plan (Eco- Customer One Wipro model Reporting on
journey, Eco) Stewardship sustainability
Target Quick win & Target different One portfolio Reducing personnel
Green procurement stakeholders solution footprint
policy
Carbon-neutral & Reduce power Becoming carbon End user computing
waste positive consumption & neutral & Hosted intelligent
strategy (Bio- decrease document
Diversity) headcount Eg: management
Sarjapur Campus

2. 5) What are the issues faced by Raghu?
Where does Green IT at Wipro needs fine tuning?
• Customer value proposition of Green IT at wipro
• Employee engagement in the EcoEye is one of the issue
• Green IT is not easy with out centralized control
• Lack of system in monitoring performance and resources who
lack domain expertise
In IT Solutions:
• Reuse process and metrics
• Optimize It asset utilization
• Refresh technology and Revamp IT
In Non- IT Solutions:
• Seeking cooling solutions and change power sourcing

3. Hence it need to fine tune:
• Data Center optimzation
• Energy Reduction programme
• EcoEye deployment framework
• Space & Layout management
• Capacity utilization
• Cooling and lighting management
• Infrastructure rationalization