Market and Customer Needs

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Presentation transcript:

Small Scale Wind Powered Battery Charger Sketch Model Review Yellow Team Section B

Market and Customer Needs 2 billion people worldwide without access to electricity Car Battery Usage Zimbabwe – 14.5% of rural households ~230,000 batteries average monthly expenditure: $5-$15 charging stations 7-10 km away Sri Lanka – 50% of rural households ~300,000 batteries needs recharging twice a month charging stations 6 km away Wind Powered Battery Charger Yellow B

Design Goals Small: less than 1 m3 in size Reliable: able to run at low wind speeds of 5-10 m/s Able to be manufactured locally: using local materials, tools and labor, easy technology transfer Low maintenance: able to withstand climate, can be maintained by local residents Cheap: less than $50 per turbine COGS Wind Powered Battery Charger Yellow B

Lenz Turbine Three blade vertical axis wind turbine: more efficient than most VAWT In 6 m/s wind turbine achieves 240 rpm alternator outputs 1.5A at 14V charges a 12V car battery in 8 hours Wind Powered Battery Charger Yellow B

Learned from Sketch Model Easy to manufacture and assemble More knowledge to optimize the process Reasonable in size and appearance Could see where improvement Lenz suggested could be applied Cape Verde micro-enterprises- one or several families in village are loaned turbine and generate income by selling electricity Peru- subsidized under Ministry of Energy and mines Wind Powered Battery Charger Yellow B

Implementation Private company concessions Micro-enterprises Argentina: aims to electrify 1.4 million rural residents - Cape Verde Micro-enterprises Peru: subsidized by Ministry of Energy and Mines Wind Powered Battery Charger Yellow B

Conclusion Inexpensive, clean and local power A simple and feasible technology Can be reproduced locally in developing countries Wind Powered Battery Charger Yellow B