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Thin client network for a small school

Thin client network for a small school. using Tablet as client. Integrate sustainability in ICT planning and design projects. analyse energy audit data on enterprise resource consumption plan and integrate sustainability into ICT projects by devising strategies to conserve resources

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Thin client network for a small school

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  1. Thin client network for a small school using Tablet as client

  2. Integrate sustainability in ICT planning and design projects • analyse energy audit data on enterprise resource consumption • plan and integrate sustainability into ICT projects by devising strategies to conserve resources • develop and monitor policies for review and improvements, benchmarking against industry best practice and attempting new approaches continuously over time.

  3. ICT sustainability from a business standpoint • How to produce an energy audit • Choosing energy efficient hardware • Using power management software • Selecting energy efficient architecture – with longer life cycle, better utility • Using renewable energy • Reducing e-waste • Pilot projects

  4. Energy efficiency as a stepping stone to sustainability • Choosing energy efficient hardware • Using power management software • Selecting energy efficient architecture – with longer life cycle, better utility • Using renewable energy • Reducing e-waste

  5. Individual Project Strategy • Thin client network for a small school using Tablet as client • 1 server with ubuntu server OS • 1 printer for share printing service • 1 wireless router to connect Internet and clients • 20 YW KPAD for clients • 1 POwerUSB for control the power supply

  6. Network operation and security • Open firewall service on wireless router • Publish the energy management software website on router • Publish the Ubuntu server terminal on router • Create the admin right account for administrator • Install anti-virus software on server and tablet

  7. Sketch of the recommended project system

  8. Achievements • 1 highly energy efficient servers using a variety of hardware platforms running Edubuntu with Thin Clients • 20 YW KPAD for clients • 1 printer for share printing service • 1 PowerUSB power supply control the power • Testing and evaluation of wireless router and Ethernet cables • Feasibility studies into appropriate technology • Engagement with industry partners

  9. Short term technology solutions to achieve reduction of power consumption • Use the PowerUSB control the server, printer and router. • We can shutdown the server and power off the router and printer scheme after 3.30pm every weekday • We can startup the server and power on the printer and router before 8.30am every weekday.

  10. Energy usage within the ICT project • deep-cycle AGM batteries • solar generation • wind generation

  11. Recommendations and Conclusion. • From a global perspective the market for sustainable computer classrooms is enormous; from this perspective opportunities exist to create new futures and partnerships from the principles embodied in the prototype.

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