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Sep 19, 2023 94 likes •348 views

How These Emerging Technologies Can S hape an Efficient Tomorrow Ryan M. Keller GIS S pecialist/ Research Assistant Economic and Human Dimension Research Associates Understanding these Technologies Geographic Information Energy Harvesting

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How These Emerging Technologies Can S hape an Efficient Tomorrow

Ryan M. Keller GIS S pecialist/ Research Assistant Economic and Human Dimension Research Associates

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Understanding these Technologies

Geographic Information Systems

Energy Harvesting

 Cartography  Computer S

cience

 Geographic Problem

S

lving

 Visualize numerical Data  Quantify Visual Data  Taking of Ambient

Energy

 Converting it to

Electricity

 Immediate or S

tored Use

 Micro or Macro S

cale?

 What kind of Energy to

Harvest?

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Energy Harvesting

 Photovoltaic:

 S

lar Energy

 Piezoelectric:

 Kinet ic Energy

 Thermoelectric:

 Temperat ure

Gradient  Fluid Flow:

 Wind/ Wave Energy

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Photovoltaic

 Large S

cale:

 Rooftop PV

, S elf Powered S treet Lights, S

lar Windows/ Roadways

 S

mall S cale:

 Calculators, Watches, Clothing, Portable

Chargers  Biggest Challenge: S

caling down PV components for efficient small scale use

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Piezoelectric

 Most Familiar

 S

hake Flashlights, Tap Lights, S witches  In Production

 PaveGEN Tiles, Bionic Power Walk

 Future Markets

 Kinetic Clothing, Building/ S

kyscraper S waying

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Thermoelectric

 Industrial Products

 ABB WiTemp, Logimesh Logimotes

 Personal Products

 KAIS

T Thermo Element, iTRV Thermogenerator, TEGs for Vehicles (ETA 2020)  Biggest Challenge

 Increasing Efficiency, S

ustainable High- Temp Materials

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Fluid Flow

 Air Products

 Wind Farms, FreeVolt, WattUP

 Marine Products

 S

EAformatic Power Harvesting Mounts, Nova Innovation Tidal Array  Newest S

ector of Energy Harvesting

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The Role of GIS

 Photovoltaic  Piezoelectric  Thermoelectric  Fluid Flow

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The Role of GIS

 Photovoltaic  Piezoelectric  Thermoelectric  Fluid Flow

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GIS and Energy Harvesting

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GIS and Energy Harvesting

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GIS and Energy Harvesting

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GIS and Energy Harvesting

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The Role of GIS

 Photovoltaic  Piezoelectric  Thermoelectric  Fluid Flow

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GIS and Energy Harvesting

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GIS and Energy Harvesting

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The Role of GIS

 Photovoltaic  Piezoelectric  Thermoelectric  Fluid Flow

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GIS and Energy Harvesting

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GIS and Energy Harvesting

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GIS and Energy Harvesting

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GIS and Energy Harvesting

 Both technologies are working together  Wide Data Array

 Historic, Real-time, Forecasted

 Multiple Applications

 Residential/ Personal, Industrial,

Commercial  Efficient S

elf-S ustainable Future

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Credits and References

 Pavegen, Nova Innovation, Binoics Company Webpages  Fort Collins GIS 

Flood, R., R. Hammon and J. Gemma (2015). Davis Future Renewable Energy and Efficiency, Valley Climate Action Center: 170.

 Laitner, J. A., M. T

. McDonnell and R. M. Keller (2015). ICT-Enabled Intelligent Efficiency: Shifting from Device-Specific Approaches to System Optima, Digital Energy and Sustainability Solutions Campaign: 34.