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GE Integrated System Telecom Base Station

GE Integrated System Telecom Base Station. Christian Poluch , Dillon Gearing, Annie Graszl Group 7. Needs Expressed. No grid or unreliable grid – need for an alternate source of energy Protection for the electronics Positive social implications in the chosen country.

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GE Integrated System Telecom Base Station

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  1. GE Integrated SystemTelecom Base Station Christian Poluch, Dillon Gearing, Annie Graszl Group 7

  2. Needs Expressed • No grid or unreliable grid – need for an alternate source of energy • Protection for the electronics • Positive social implications in the chosen country

  3. Requirements in Product Design • Alternate energy source • 1.2 kW load, BTS DC Equipment operates at -48 VDC • Incorporation of sodium metal halide batteries for energy storage • Hut equipment to protect electronics

  4. Kenya • Semi-presidential republic • Official language- Swahili, English • Total GDP(PPP)- $65.059 billion • Climate- tropical • Hot and humid near the coast • Dry inland to the North and Northeast

  5. Kenyan Income and Energy • Market-based economy • Tourism accounts for 63% of income. • Agriculture accounts for 24% of income. • Industry such as food production accounts for 14% of income. • The majority of Kenya’s energy comes from hydroelectric dams along the Tana River. • The rest of their energy comes from petroleum plants, geothermal plants and some is imported from Uganda.

  6. GE Integrated System • Why is cell phone service relevant? • Kenya has a goal to become a technological society. • In order to do this, availability of cell phone signal is key. • Why use an alternative energy source? • The majority of Kenya’s electricity comes from alternative energy sources. • Nonrenewable resources (oil and natural gas) are rare in Kenya – would need to be imported. • What would be the effects on Kenyan society? • Bring technological advances into a country that is continuing to grow. • Would not greatly alter the current lifestyle of Kenyan citizens.

  7. Evaluation of Importance

  8. Weighted Matrix

  9. Geothermal Power • Uses thermal energy that occurs from hot springs, decaying radioactive material, volcanic activity, and absorbed solar energy. • High cost to implement • Low cost to maintain • Only 10-23% efficient

  10. Hydroelectric Power • Creates power by using flowing water. • Expensive to implement • Low maintenance costs • Creates high amounts of power

  11. Wind Power • Only takes up a small plot of land for base of turbine • Moderately Inexpensive • Available in a range of sizes • However, wind is not always available

  12. Solar Power • Low startup cost • Low maintenance cost • Panels can last a long time • However, sunlight is not always available

  13. Wind and Solar Combination • Mini wind turbines combined with solar arrays • Add a large amount of reliability to the system • In such weather conditions where sunlight is not available, wind often is • Wind greatly improves the effectiveness of off-the-grid systems, especially in winter • Cost efficient

  14. Energy Flow Chart

  15. Solar Component • Implement GE Solar Panels • Solar panel will be set at an 85˚ angle • Optimum angle to attract the most sunlight, especially during the winter months • For the sake of cost efficiency, the panel will remain at the 85˚ angle throughout the year • Will keep maintenance costs low

  16. Wind Component • System will incorporate a smaller wind turbine model • Minimize costs • Minimize wasted energy

  17. Works Cited • http://www.alternative-energy-guide.com/articles/electricity/hybrid%20systems.htm • https://www.cia.gov/library/publications/the-world-factbook/geos/ke.html • http://www.ecofriend.org/entry/green-mountain-energy-solar-and-wind-energy-at-their-combined-best/

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