Team 3 Gro-Bro April 13, 2017 Final Project Review

Slides:



Advertisements
Similar presentations
Jeopardy Seeds, They are a Changing That Crazy Seed Whats that Smell? The Circle of Life I love Science Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200.
Advertisements

Hydroponics Objective: Introduce students to growing plants in nutrient solutions.
PLANTS.
Structures of Life Growing Plants
James Breymier Tyrell Pinching Claudia Cotton. The window hanging hydroponics system, yes, hangs from a window, like curtains. Allowing daily sun to feed.
Energy Smart Room GROUP 9 PRESENTERS DEMO DATE SPECIAL THANKS TO ADVISOR PRESENTERS Thursday April 19, 2007 Department of Electrical and Systems Engineering.
What is a Carbon Footprint? By Sanna. What is a Carbon Footprint? # A Carbon footprint is how much electricity, water, hoe much you travel, light’s and.
Introduction to Hydroponics
PLANTS.
Principles of Agricultural Science – Plant. Water Works Unit 3 – Soilless Systems Lesson 3.2 Hydroponics Principles of Agricultural Science – Plant.
The Life Cycle of a Plant
Hydroponics What is Hydroponics?
 Exposure to air  Moisture (water)  Temperature  Salt  Soil  Light.
February 22, 2013Q-2 Pg. Daily Goal: We will be able to describe the life cycle of a plant. Homework: Have a fantastic weekend! Science Starter: 1.What.
LIFE CYCLE OF A PLANT Click ME !. LIFE SCIENCE 1 st Grade Specific Objectives: The learner will understand that plants have a life cycle. The learner.
Raspberry Pi: Automated Garden Monitoring System Stacy, Devin, Brandon.
Pizza Garden Project Kelly Palmer. What is a pizza garden?  A large circular garden  Sectioned off to hold different plants  The plants are ingredients.
Aliens have just approached you from Mars. They are in desperate need of your help. Their atmosphere is changing to become more like Earth's. They have.
Germination: The Growth and Development of a Plant.
Team 4 Smart Garden Irrigation System
Do now! Can you read pages 36 to 45 of your book and also stick the target sheet in?
Team 03 Department of Electrical and Computer Engineering 6 March 2015 Digital Fitness Trainer CDR.
Hydro Reservoir measures 18” x 18” x 6” Two Piece Hydro Reservoir Lid and Base Holds up to 6 Gallons of Water 3 Easy Access Openings for Watering and Feeding.
Plants & Living Things By Spring Figg October 12, 2007.
Aquaponics is a way to grow food:
How to Grow Morning Glory Plants
All the stages of a plant’s life make up its life cycle. A plant’s life cycle begins with a seed.
Metabolism. METABOLISM  Biochemical processes in a living organism  Metabolism  Require energy.
Air Pollution. How to reduce global warming? Global warming affects our plant every day and can cause major environmental implications if not addressed.
Wildlife deterrent and monitoring system Team 12 Team Members: Andres Alim Andre John
Aquaponics in the Classroom Bryan Beck Frisco – Liberty High School
By: Damion And Ahmad. Plant Needs A plant needs sun, water, air, and space. A flower can grow from a seed. Then the seed turns in to a spout. Then it.
Topic: Plants 3.L.1.1. Students are able to identify the basic structures, functions, and needs of plants in relation to their environment. Examples: leaves,
Parts of a Plant.
Plants and Life Cycles. Unit Launch Video Plants and Life Cycles.
Photo of lightning. Fig. 3-4, p. 83 Diagram showing plant-to-home electricity.
Heilmeier Questions Stacy, Devin, Brandon. What are we trying to do?  We are trying to implement an automated greenhouse monitor system.  Monitor and.
Is there evidence that plants make, use and store foods?
PPS Smart Materials AgriFoodTop Symposium 7 juni 2017, Wageningen.
Environmental Economics
Eco and Healthy Council
Why? Because it has feedback
SDP17 Gro-Pro Abstract System Overview Block Diagram Results
Smart Hydroponic Greenhouse December 8, 2016
Smart Hydroponic Greenhouse October 17, 2016
Raspberry pi controlled greenhouse
Life Cycle of a Plant How living things grow.
Smart Hydroponic Greenhouse March 9, 2017
Structures of Life: Embryology
Growing crops without soil
Octopot with Octo-Grid Set Octopot.com
Dependent and Independent variables explained
Birth of Universe Birth of Universe Birth of Universe
Advised by Professor Baird Soules
Wireless Controlled PowerStrip
Walk-In Take out notebook, folder, pencil box and agenda.
Photosynthesis Respiration Transpiration
Getting the most out of our compost
Brailleb k Refreshable Braille Display
Self-Adjusting Jacket ECE 445 SP2017
Opening Activity: April 26, 2018
An Introduction to VEX IQ Programming with Modkit
Automation Examples Amazon – Kiva Systems
E190Q – Final Project Presenation
PLANT REVIEW FOR FINAL TEST
Science - Year 3/4B Spring 2 Top Score Wins PowerPoint
PLANT REVIEW.
Plants Presented by Max Glik.
The Life Cycle of a Bean.
Subject : Science Topic: Plants Sub Topic :Parts of a Plant
Presentation transcript:

Team 3 Gro-Bro April 13, 2017 Final Project Review sam Final Project Review Team 3 Gro-Bro April 13, 2017 Advisor: Professor Jackson Michael D’Anna, Samantha de Groot, Maxwell Joyce and Shaun Palmer 1 1 1

Team Members Michael D’Anna Samantha de Groot Maxwell Joyce us Team Members Michael D’Anna Samantha de Groot Maxwell Joyce Shaun Palmer 2 2 2

The Problem Widespread access to local produce Food deserts Reduce carbon footprint of shipping For people without the time, space and knowledge to garden sam 3 3 3

Our Solution: Fully Automated Smart Greenhouse Array of sensors inside greenhouse Continuous measurements Displays information on app Sensor data used for the water pump and nutrient dispersal control shaun 4 4 4

Block Diagram mike 5 5 5

Specifications Automated ✓ Lighting control ✓ Hydroponic watering ✓ Nutrient dispersal/pH regulation ✓ Closed loop system to recycle water ✓ Must fit inside of a studio apartment ~(2’x4’) ✓ Yield 6 fruiting plants ✓ Reusable ✓ App with simple UI – easy for people to use and learn ✓ mike 6 6 6

FPR Deliverables Yield 5-8 fruiting plants ✓ Make the structure more aesthetically pleasing – add logo and finishing touches ✓ Finalize android app GUI ✓ max 7 7 7

Android App Improvements max 8 8 8

Control Unit Improvements Added log files to keep track of every action performed Now remembers exact state- hours since last watering, lights Sensors Repaired oxidized hygrometers Added BJT circuit to turn on only when taking measurement mike 9 9 9

Greenhouse Performance vs. Control Plants sam 10 10 10

Greenhouse Performance vs. Control Plants sam 11 11 11

Cost Analysis Cost to make greenhouse: ~$925 Operation of greenhouse: 4.2 kWh per day At $0.12/kWh electricity cost and 60 days to grow tomatoes, costs $30.24 to grow 6 tomato plants, which each yield ~12-15lb of tomatoes = ~80 lb total Nutrients cost ~$15 per 60 days = ~$45 total for 80 lb of tomatoes … ~$0.56/lb Store-bought tomatoes average ~$2.00/lb shaun 12 12 12

Cost Analysis… Break even after 642 lb of tomatoes = 8 (60 day) seed to harvest growth cycles If spacing cycles 1 month apart, takes 2 years to break even Shaun, 8 lb to make a quart of spaghetti sauce, Savings over 10 years = $3800 13 13 13

Questions? ??? 14 14 14

Project Demonstration Time lapse video Show plants App demo 15 15 15

Time Lapse Video 18 days 16 16 16