Embedded PowerPoint Video
THE
THE DESIGN TEAM
Ethan Berman
Aaron TrujilloMarco Villanueva
Melissa Plummer
OutlineEnergy Consumption, Production and Environmental
ConcernsOur SolutionHow it Works? LEHEs Design
Benefits & SustainabilityMarketing, Sales & Costs
Conclusion
FOSSIL FUELS ENERGY CRISISWORLDS PRIMARY ENERGY SOURCE
INDUSTRIAL
MANUFACTURINGTRANSPORTATIONCOOKINGELECTRICITYHEATING
MOST USE ENERGY FROM NON-RENEWABLE AND ENVIRONMENTALLY HARMFUL
(WHEN BURNED) FOSSIL FUELS.
ALL PRODUCE WASTE HEAT AND EMISSIONS WHICH ARE HARMFUL TO THE
ENVIRONMENT .
WORLDS ENERGY DEMANDS ARE INCREASING AT AN ALARMING RATE
FOSSIL FUELS ARE FINITE RESOURCE AND DIMINISHING RAPIDLY
EMISSIONS FROM BURNING FOSSIL FUELS CONTRIBUTE TO GLOBAL
WARMING
POTENTIAL ENERGY FROM HEAT PRODUCED IS WASTED
5
HOW MUCH ELECTRICITY WORLDWIDE COULD BE SAVED IF NO ONE HAD TO
TURN ON A LIGHT WHILE COOKING?HOW MUCH WASTE HEAT IS PRODUCED WORLD
WIDE EVERY DAY FROM COOKING?
HOW MANY HOMES IN THE WORLD HAVE A KITCHEN STOVE?
6
SOLUTION
ASSEMBLY VIEW OF FINAL DESIGN
BENEFITS
Virtually Maintenance Free: LEHE has no moving parts which
nearly eliminates any need for maintenance.
Environmentally Friendly: Powered by otherwise wasted heat from
cooking and doesnt produce any pollution.
Compact, Lightweight and Quiet: LEHE is small enough to fit in
your hand, virtually weightless and silent.
High Reliability: Thermoelectric devices exhibit very high
reliability due to their solid-state construction with .
MARKETING SALES COSTS
