Perma-lite LED Collar BLUE A: Michael Flores, Valerie Kuo, Harry Lichter, Elizabeth Lin, Matthew Sorge, Julius Strauss, Walton Ward.

Slides:



Advertisements
Similar presentations
SOLAR FENCE GUARD ZatKa
Advertisements

Increasing beef cattle yields 1 Ilan Arbel, CEO Shefayim, Israel | December 2012.
AGP Black Sea Trade Mission June 19 – 28, 2009 Bill Miller Farmer-Director Nebraska Soybean Board.
Alternating Current Circuits And Electromagnetic Waves Chapter 21.
Introduction Since the beginning of the oil crises, which remarkably influenced power development programs all over the world, massive technological and.
Virtual Prairie Feeders Kurtis Sanguin Cory Holeha Brad Dempsey.
Animal Housing, Movement and Working Facilities Module 10.
Part A: Controlling Oscillation Frequency with Capacitors and Resistors Part B: Diodes and Light Experiment Timer.
Current and Resistance (Cont.)
Copyright by UNIT III DC Choppers 4/17/2017 Copyright by
Common Photovoltaic Cells and Cost Optimization. Overview Overview of solar power Overview of solar power Economic Problems Economic Problems Crystalline.
A LEAP TOWARDS THE FUTURE of SOLAR BASED POLE LIGHTS WITH LITHIUM BATTERIES.
Precision Agriculture In The Beef Cattle Industry Thomas Hyde SOIL 4213.
Rimmer Consulting Group Webinar 23/6/ No 38 th Place Phoenix, AZ Phone/Fax
Electronic Components
Direct Current When the current in a circuit has a constant direction, the current is called direct current Most of the circuits analyzed will be assumed.
1 Introducing Solar Power!. 2 Background  Why are photovoltaic (solar power) panel assemblies needed? –cost effective alternative –to provide power where.
Chapter 6 Voltage Regulators - Part 2-.
Optical communications Student: Blidaru Catalina Elena.
Lithium Iron phosphate battery. Lithium Iron Phosphate Battery (LiFePO4) also short form (LFP) A lithium Ion rechargeable battery Use LiFePO4 as a anode.
Powering homes ! Powering lives ! Reliable Power !
1.Alternating current can be converted to ________ current using a ______. 2. Charges move easily through _____________ but cannot move through ___________.
14.4 CONDUCTION, INSULATION AND PROTECTION P
REVIEW OF ELECTRICITY IT’S LIKE A LESSON THAT ASSUMES YOU ALREADY LEARNED THIS STUFF!
Fangxing Thanks for All Your supporting in We wish a brightness and successful cooperation in the new year 2011!
Free Space Optical Communications Senior Design Project Fall 2011 TEAM AWESOME.
Teacher Resources Chapter 6 Color Teaching Transparency
ELECTRONICS WHAT DOES ‘ELECTRONICS’ MEAN TO YOU ?.
Experiments Day 1 & 2 Resistors, Potentiometers and Photocells.
Experiments Day 1 Resistors.. Electronic Technology Definition: The technology of using small amounts of electricity for controlling, detecting, collecting,
Improving Beef Cattle Reproductive Rates Through Management Part 1 Dr. Tom R. Troxel Professor and Associate Department Head – Animal Science.
ELECTRONICS AND SAFETY Scarlett, Dash, Sam, Ashley, and Eric.
PWM Circuit Based on the 555 Timer. Introduction In applications LED Brightness Control we may want to vary voltage given to it. Most often we use a variable.
Electrical Engineering CHAPTER 14. Electrical Engineering (404)  Electricity is all around us. It runs our homes, offices and schools.  Designing and.
Voltage, V Voltage tells us how hard a positive charge is pushed between two different points. Something, such as a battery, is needed to create a voltage.
Chapter 6 Voltage Regulators - Part 2-.
Electronic Schematics How we can draw electronic circuits.
Electronic. Analog Vs. Digital Analog –Continuous –Can take on any values in a given range –Very susceptible to noise Digital –Discrete –Can only take.
Teens Bike lovers bike hikers Exercise people And who ever loves to ride bikes….
18240 Element two - Components INPUTS OUTPUTS PURPOSE TYPICAL USE.
7. Direct Current circuits. 11 Find the currents, which flow in all the wires of the circuit in this figure 12  9 V 6 V b a cd 18 
When current is flowing in an ordinary metal wire, the magnitude of the average velocity of the electrons is closest to A) 1 m/s. B) 1 km/s. C) 10 m/s.
Resistance Ohm’s Law Power. Current Circuit Current.
Wireless Smoke Detector System Andrew Chiu Chi-Ming Wang ECE 445.
About Us We are a family run business started over 10 years ago. Our business has developed with changing times in the lighting field now supplying.
Beef Marketing Update Kenny Burdine UK Agricultural Economics Economics.
The Contemporary Home Free standing Lamp/Light
UNIT III DC Choppers.
SOLREV Energy is a sister company of the US based Isla Energy Inc
Connect 4 Change the terms in the following template to customize Connect 4 for any topic. You will need to copy one copy of one of the two templates.
Problem #2: Every year, thousands of animals (both livestock and domestic pets) get lost at night Farmers can’t find their cattle at night, and drivers.
Series Circuit.
Revitalizer™ Systems.
Electricity Circuit Symbols.
ARDUINO LINE FOLLOWER ROBOT
By: Raed Wa’el Ennab & Raja Sa’ed Anabtawi
The Design Process Abstraction & Synthesis Part II Solar Candle Continued… by Prof. Bitar.
Solar Led Lights Free Shipping In Australia On Most Products
Graduation Project-II submitted to:
The Automatic Weather Station (AWS)
Basic Electronics Year 10.
Stainless Steel Mesh Suppliers in UAE
Independent solar power PIR motion sensor
Spring Health Products, The “CURE” LED Curing Lights
Beef.
Ohm’s Law – The relationship between Current, Voltage and Resistance.
ORANGE TEAM ENERGY EFFICIENT REFRIGERATION.
Energy Industry Impact of Silicones 2016.
ELECTRONICS Industry Impact of Silicones 2016.
Presentation transcript:

Perma-lite LED Collar BLUE A: Michael Flores, Valerie Kuo, Harry Lichter, Elizabeth Lin, Matthew Sorge, Julius Strauss, Walton Ward

Overview LED collar on cattle to increase visibility High visibility to decrease road accidents with livestock Easier to identify livestock at night Features  Solar powered to last through the night  Waterproof  Printed circuit board  3 year lifespan  Zero maintenance!

Feasibility Power  2 AAA batteries  charge rate mA depending on angle of sun  3 hyper-orange LEDs draw 50 mA A pulsing duty cycle of 10% averaging 5 mA If we charge at 10 mA and discharge at 5 mA, then we will have a safety factor of 2 Life  800 mA-hours with life of greater than 500 cycles

Cost QuantityItemCost/ItemTotal Cost 13V Solar Panel1.68 3Hyper Orange LED AAA Batteries AAA Battery Holder N2222 transistor N4001 diode0.02 1photo detector0.45 1circuit board0.90 6fthook-up wire k resistor0.04 Total$6.81

Durability Force requirements: cow head is 1/5 of total weight (~200lb)  Needs to withstand force of 900N Options for protecting solar panels Low Iron Tempered GlassRTV Resin Coating + *Allows 91% transmittance *Sturdy *Reflective *High transparency *UV stable and moisture resistant *Durable and radiation resistant *Thin film module protection - *Adds additional volume *Can be too rigid *Additional labor in applying coat *Achieving smooth coating $$ $0.17 per panel ($143 / (36*96) in^2 sheet  $.0414 / in^2  17 cents / 4 in x1 in sheet $0.15 per panel Varies depending on type of resin used

Market Target Entry Market: Free Ranging Cattle, Calving Cows, Bulls Total Cattle in US – Million  Organic cattle – 65,000 in the US  Non-organic cattle – 90 million in the US  20% of Cow Population are Calving  1 Bull/25 Cows Potential: Assume $15/collar on every cattle in America  $(15-7)x90MM = $720 million Predicted: Assume $15/collar, 50% of organic customers, 2% of non-organic customers  (2%x90MM+50%x65,000)x(8) = $15 million OR: Assume farmers use this for their calving cows and bulls  (20%x90MM+1/25x90MM)x(8) = $180 million Secondary Markets: Household pets, other livestock, fence posts, highways, etc.

Additional Concerns Convincing farmers to integrate collars into their cattle herds Finding methods of containing free-ranging cows to be fitted for collar Testing how long a collar will last on a 1 ton cow Finding behavioral effects on herded animals Seeing if market can be expanded to other animals such as pets