Transcript
Page 1: Bubble Wrap Green Solutions: Kenneth Ho Rajwinder Maan William Wong

Bubble WrapGreen Solutions:

Kenneth HoRajwinder MaanWilliam Wong

Page 2: Bubble Wrap Green Solutions: Kenneth Ho Rajwinder Maan William Wong

Agenda Project Background Accomplishments Lessons Learned Budget Conclusion Acknowledgements Questions

Page 3: Bubble Wrap Green Solutions: Kenneth Ho Rajwinder Maan William Wong

Project Background Problem: Temperature flucuations inside

a greenhouse that utilizes bubble insulation technology when the weather is changing to maintain the life of different plans

This also is manually controlled so, no consistent monitoring is taking place and the bubbles must be turned on when the weather changes

Page 4: Bubble Wrap Green Solutions: Kenneth Ho Rajwinder Maan William Wong

Project Background Solution: To implement temperature

sensors so that this information can be grabbed and automatically relayed to a database for consistent monitoring and automate when the bubble insulation technology must take place above or below specified temperatures to remove manual control

Page 5: Bubble Wrap Green Solutions: Kenneth Ho Rajwinder Maan William Wong

Project Background How: This is done through Arduino

Boards, a pump, Python Scripts, and a web server utilizing various server services which run to effectively grab the information

Page 6: Bubble Wrap Green Solutions: Kenneth Ho Rajwinder Maan William Wong

Accomplishments Functional mesh network between the Arduino

Boards Successful installation and configuration of the

Arduino Software and other server services Scripts that successfully logged the temperature Communication established between

fluctuations in temperature for what the sensors read

All necessary information logged and recorded System successfully installed in greenhouse

Page 7: Bubble Wrap Green Solutions: Kenneth Ho Rajwinder Maan William Wong

Lessons Learned Arduino Boards and software Ubuntu configuration (scripts,

commands, installations) Python Scripting techniques Arduino codes, rates, and matching

Python Scripts Trial and Error with scripts Troubleshoot

Page 8: Bubble Wrap Green Solutions: Kenneth Ho Rajwinder Maan William Wong

Budget Projected Budget: Hardware/Software - $806.15 Operating Costs - $35,520.00 Total - $36,326.15

Page 9: Bubble Wrap Green Solutions: Kenneth Ho Rajwinder Maan William Wong

Budget Actual Budget: Hardware/Software - $821.00 Operating Costs - $18,800.00 Total - $19,621.00

Page 10: Bubble Wrap Green Solutions: Kenneth Ho Rajwinder Maan William Wong

Conclusion Solved the problem of automating

insulation in a greenhouse Fixed the issue of monitoring and

logging the information Various installations, troubleshooting,

and problem solving encountered Cost effective project for prospective

groups to expand upon

Page 11: Bubble Wrap Green Solutions: Kenneth Ho Rajwinder Maan William Wong

Acknowledgements Jason Fisher

Project advisor and for all of his support and reference knowledge

Jeremie Ryan For sponsoring us, being a reference guide and point of

contact Ben Reed

Getting us the project and guiding us to appropriate resources

Michael Balcerzak Aiding us in Python Scripting

Sam Pollock Aiding us in Python Scripting

Page 12: Bubble Wrap Green Solutions: Kenneth Ho Rajwinder Maan William Wong

Questions ???


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