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Harnessing Potential Energy From Rain. Team 64S11-64-H2OPOWER Faculty Advisor: Dr. James Mathias Matthew Covington (ME) (PM) Shane Murphy (ME ) Zac Prunty (ME) Keith Gonshorek (ME) Eric Packard (ME) Matthew Behnke (ME). Outline. Executive Summary (MC) - PowerPoint PPT Presentation
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H2OPOWER S11-64-H2OPOWER
Harnessing Potential Energy From RainTeam 64 S11-64-H2OPOWER
Faculty Advisor: Dr. James Mathias Matthew Covington (ME) (PM) Shane Murphy (ME)Zac Prunty (ME)Keith Gonshorek (ME)Eric Packard (ME)Matthew Behnke (ME)
4/26/2011
H2OPOWER S11-64-H2OPOWER
OutlineExecutive Summary (MC)Responsibilities (MC) Literature Review (SM)Project Description (SM)Block Diagram (ZP)Funneling/Filtration Subsystem (ZP)Power Generation Subsystem (KG)Geothermal Subsystem (EP)Heat Exchanger Subsystem (MB)Team Timeline/AIL (MB)Resources/Costs (EP)Summary (KG)
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H2OPOWER S11-64-H2OPOWER
Executive SummaryProposed System
Deliverables
Total Cost: $1,210.00
Resources
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H2OPOWER S11-64-H2OPOWER
Responsibilities
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H2OPOWER S11-64-H2OPOWER
Literature ReviewRainfall Data
Collection Systems
Power Generation
Reuse of Water
U of I Project
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H2OPOWER S11-64-H2OPOWER
Project DescriptionRainwater powered retrofittable heat
exchanger systemSubsystems
Filtration/FunnelingPower GenerationGeothermalHeat Exchanger
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H2OPOWER S11-64-H2OPOWER
Block Diagram
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H2OPOWER S11-64-H2OPOWER
Funneling/Filtration SubsystemRainwater will be collected by a gutter
system
Primary filter will separate large solids
Secondary filter will screen out smaller particulates
Rainwater will be funneled into a holding pipe
Water will be released when pipe is full4/26/2011
H2OPOWER S11-64-H2OPOWER
Power Generation SubsystemTurbine
Pelton Wheel DesignIn-line Enclosure
DC Motor GeneratorElectro-Craft 24V Generator2.5V DC / 1000 RPM
BatteryPowers Circulation Pump
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H2OPOWER S11-64-H2OPOWER
Geothermal SubsystemRainwater will be cooled underground
900 gallon tankPlastic~10ft below surface
Circulation pump will transfer the rainwater to the heat exchanger subsystemLittle Giant - 3-MDQX-SC Inline Pump
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H2OPOWER S11-64-H2OPOWER
Heat Exchanger SubsystemA/C
Water from tank will be used to help cool the condenser
This will ease the work required of the compressor
Once the water has been used it will return to the tank to return to a colder temperature
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H2OPOWER S11-64-H2OPOWER
Design Timeline
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H2OPOWER S11-64-H2OPOWER
AIL Fall 2011
4/26/2011
Team Members:
Zac Prunty, ME
# Activity Person(s) Assigned Due Comments1 Gather Materials MB, MC 23-Aug 30-Aug2 Design Turbine #1 KG 23-Aug 6-Sep3 Design Turbine Enclosure #1 SM 23-Aug 6-Sep4 Design Turbine #2 ZP 23-Aug 6-Sep5 Design Turbine Enclosure #2 EP 23-Aug 6-Sep6 Design Condenser Modifications MB, MC 30-Aug 13-Sep
Project: H2O Power
Matthew Covington, ME (PM)Matthew Behnke, ME
Keith Gonshorek, MEShane Murphy, MEEric Packard, ME
Action Item List
H2OPOWER S11-64-H2OPOWER
Projected Cost
4/26/2011
SYSTEM ITEM COST
Filter Primary Filter $19.74
Secondary filter $1.00
Collection PVC Pipe 4''x20' $15.00
Holding Pipe Control System $30.00
Power Generation DC Motor $60.00
Turbine Blade Parts $50.00
Turbine Enclosure $30.00
Battery $70.00
Geothermal PVC Pipe 3"x30' $30.00
900 Gallon Plastic Water Storage Tank From Thetankstore.com $609.91
PVC Fittings $7.36
Little Giant - 3-MDQX-SC Inline Pump from Marinedepot.com $150.00
Temperature Sensor $60.00
Condenser Reclaim Refrigerant $45.00
Copper Tubing $35.46
TOTAL COST $1,213.47
H2OPOWER S11-64-H2OPOWER
SummaryWhat is being proposed
Deliverables
Costs
Final Thought
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H2OPOWER S11-64-H2OPOWER
Thank You!Questions?
4/26/2011
