Power peripherals: Difference between revisions
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==Projects & Details == |
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=== Voltage Regulator === |
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We're hoping to develop a voltage and current regulating power peripheral that connects directly to the power connector on the XO and allows different off the grid power options, whether they may be solar, human, animal, wind or some other renewable energy source, to the XO without damaging the laptop. |
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Tasks |
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*Develop basic voltage regulator that limits voltage and current to XO |
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== Milestones == |
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*Redesign voltage regulator to produce variable outputs |
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July 15: Have voltage regulators with current limits to 1A, 1.5A, and 2A built with circuit diagrams and cost estimates |
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*Redesign version 2 of regular to all it to charge multiple XOs |
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July 22: Draft deployment guide for establishing power infrastructure(calculating power requirements, needed equipment & projected costs) |
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*Possible mechanical design of voltage regulator housing (need to evaluate later) |
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August 1: Draft comprehensive guide to alternative power options |
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*Thermal analysis of regulator (need to evaluate later) |
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August 8: Final deployment guide for establishing power infrastructure |
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August 15: Final guide to alternative power options |
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By August 15: Charge several XO using a solar array at the Factor E Farm near Kansas City, MO and document ficndings |
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=== [[/Bicycle Powered Generator|Bicycle Powered Generator]] === |
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== Possible Additional Deliverables == |
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This system consists of an inexpensive alternator attached to a bicycle and connected to a storage battery to allow an XO to be charged with just 30 minutes of pedaling or less. |
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-Exploratory report on additional ways to store charge |
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-Prototype and documentation of a simple bicycle generator |
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Tasks |
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-Documentation on the possibility of using a thermoelectric generator |
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*Review of literature |
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*Development of bicycle powered generator design |
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*Building generator |
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=== Power Deployment Guide === |
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We're working on a basic guide of different power generation options aimed and people who are interested in providing off the grid power to a group of laptops and don't know where to start. |
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Tasks |
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*Summarize wiki information and commentary on OLPC mailing lists related to power |
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*Put information in easy-to-read guide on power deployment options |
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*Make guide widely available |
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== To Do == |
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June 13: Have a simple voltage regulator limited to 1A built for grassroots conference |
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[[Category: Battery & Power]] |
[[Category: Battery & Power]] |
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Latest revision as of 14:04, 15 August 2008
Projects & Details
Voltage Regulator
We're hoping to develop a voltage and current regulating power peripheral that connects directly to the power connector on the XO and allows different off the grid power options, whether they may be solar, human, animal, wind or some other renewable energy source, to the XO without damaging the laptop.
Tasks
- Develop basic voltage regulator that limits voltage and current to XO
- Redesign voltage regulator to produce variable outputs
- Redesign version 2 of regular to all it to charge multiple XOs
- Possible mechanical design of voltage regulator housing (need to evaluate later)
- Thermal analysis of regulator (need to evaluate later)
Bicycle Powered Generator
This system consists of an inexpensive alternator attached to a bicycle and connected to a storage battery to allow an XO to be charged with just 30 minutes of pedaling or less.
Tasks
- Review of literature
- Development of bicycle powered generator design
- Building generator
Power Deployment Guide
We're working on a basic guide of different power generation options aimed and people who are interested in providing off the grid power to a group of laptops and don't know where to start.
Tasks
- Summarize wiki information and commentary on OLPC mailing lists related to power
- Put information in easy-to-read guide on power deployment options
- Make guide widely available