Relationships between primary and secondary categories

Get Started. It's Free
or sign up with your email address
Relationships between primary and secondary categories by Mind Map: Relationships between primary and secondary categories

1. The understanding of Green IT/ Sustainable Computing

2. The role in company and its association and exposure to Green IT

3. Awareness of Green IT in the organisation and industry

4. Drivers of promotion and implementation of Green IT

5. Is “green agenda” pursued to be cost neutral?

6. Green IT as a marketing tool?

7. External regulations or green initiatives

8. Data centres strategies to implement energy saving measures while simulteaneously sustaining customer value

9. How their own products contribute to a greener business model

10. Focus of the efforts in sustainable computing (software, hardware, processes/methodologies

11. Some of Green performance or CSR indicators to measure the success of green objectives.

12. Main hindrances of realisation of Green IT within the company

13. Main hindrances of realisation of Green IT in the industry

14. Product Life-Cycle

14.1. Procurement (IPR)

14.2. Production

14.3. Distribution

14.4. Recycling & Disposal

15. IT Components & Energy Consumption

15.1. IT Hardware

15.1.1. Servers

15.1.2. Storage

15.1.3. Cooling Systems (Fans)

15.1.4. Work Stations & Thin Clients

15.1.5. ChipTechnology

15.1.6. Network Infrastructure

15.2. Mobile Computing

15.2.1. Battery Life

15.2.2. Screen Efficiency

15.2.3. Geo-Computation (Satellites)

15.2.4. Life-Cycle Reduction

15.2.5. Mobile Chip Technology

15.3. Systems & Consolidation Methodologies

15.3.1. Cloud Computing

15.3.2. Network Grids

15.3.3. Remote Access

15.3.4. Virtualization

15.3.5. Internet

15.4. IT Software

15.4.1. Operating Systems

15.4.2. Planning & Design Software

15.4.3. Power Management Software

15.4.3.1. Corporate

15.4.3.2. End Users

15.4.4. Global Simulation Models

15.5. Office & Data Centres

15.5.1. A/C Cooling

15.5.2. Efficiency vs. Carbon Solutions

15.5.3. Buildings (LEED)

15.5.4. External Climate Utilization

16. Sustainability

16.1. Definition

16.2. 3 pillars

16.2.1. Social

16.2.2. Economic

16.2.3. Environmental

16.3. Triggers

16.3.1. Degradation of environment

16.3.1.1. Waste Polution

16.3.2. Globalisation

16.3.3. Climate change

16.3.3.1. Climate

16.3.3.1.1. CO2 Footprint

16.3.3.1.2. Preservation and Prevention

16.3.3.1.3. Green House Gas Emissions

17. IT Developments & Trends

17.1. New Technology Development

17.1.1. Monitoring Systems

17.2. Accessibility (Out of Scope)

17.2.1. Infrastructure Requirements

17.2.2. Developing Countries

17.3. Awareness

17.3.1. Web 2.0 / Internet

17.3.2. Perception (Consumer vs. Executive)

17.3.3. Behavioural Changes

17.3.4. Labeling & Certifications

18. Business Models

18.1. Business Processes

18.2. Departmental Accountability

18.2.1. Key Performance Indicators

18.2.2. Energy Performance

18.3. Regulation Adherence

18.4. Business Reputation

18.4.1. Brand

18.4.2. Marketing

18.5. Commitment

18.5.1. Top-Down

18.5.2. Budgets

18.5.3. Company Values

18.6. Mergers & Acquisitions

18.7. Collaboration

18.7.1. Client Relationship Management (Partner Relationship)

19. Policies & Best Practices

19.1. Government

19.1.1. GDP

19.1.2. Tax Incentives

19.1.3. Certifications

19.1.4. Energy Pricing (Outside of Scope)

19.1.5. Emissions Trading Scheme (US?)

19.2. Independent Organizations

19.3. Companies & CSR

20. Economy

20.1. Job Creation

20.2. Business Opportunities

20.3. Standard of Living

20.4. Spending

20.5. Market Intricacy (Globalization)

21. Energy Concerns

21.1. Energy Sourcing

21.1.1. Oceanic

21.1.2. Hydro

21.1.3. Solar

21.1.4. Processed Energy (BTU)

21.1.5. Clean vs. Dirty Energy (Peak Time Energy)

21.1.6. Infrastructure

21.1.6.1. Reliability

21.1.6.2. Smart Grid

21.1.6.3. Scalability

21.1.6.4. Convergence

21.2. Energy Storage

21.2.1. Hydro

21.2.2. Batteries

21.2.3. Water Reservoirs

21.2.4. Air Compression

21.2.5. Carbon-Capture