Remote
Work location
The Solar Chill Sleeve Ended
About the job
Project: Build a Working Prototype of a Solar Cold Can Keeper (6th Grade Innovation Project)
Goal:
Develop a portable, solar-powered drink cooling sleeve that keeps a soda can or water bottle cold outdoors.
Requirements:
Cooling Module: Peltier TEC1-12706 (cold side touching an aluminum drink sleeve; hot side with heat sink + fan).
Power: 10W (12V) solar panel; optional small rechargeable battery pack for cloudy conditions.
Efficiency: Use proper thermal paste and insulation (foam or neoprene) to maximize cooling.
Design: Compact, safe, and portable — suitable for sports events and picnics.
Performance: Demonstrates at least a 10–15°F (5–8°C) temperature drop in sunny conditions.
Safety: Clean wiring, insulated, and safe for public demo.
Deliverables:
Fully functional prototype (ready for classroom demo).
Simple wiring diagram + complete materials list.
Short notes on suggested improvements for future versions.
Budget Range:
Parts cost: ~$80–$100
Labor: Flexible — please provide your total quote (labor + parts or labor only).
Timeline:
Completion within 2–4 weeks.
Please include in your reply:
Your total quote (labor + parts, or labor only if I provide parts).
Estimated build time.
Examples of similar electronics or cooling projects you’ve completed.
Thank you!
Latoya
Goal:
Develop a portable, solar-powered drink cooling sleeve that keeps a soda can or water bottle cold outdoors.
Requirements:
Cooling Module: Peltier TEC1-12706 (cold side touching an aluminum drink sleeve; hot side with heat sink + fan).
Power: 10W (12V) solar panel; optional small rechargeable battery pack for cloudy conditions.
Efficiency: Use proper thermal paste and insulation (foam or neoprene) to maximize cooling.
Design: Compact, safe, and portable — suitable for sports events and picnics.
Performance: Demonstrates at least a 10–15°F (5–8°C) temperature drop in sunny conditions.
Safety: Clean wiring, insulated, and safe for public demo.
Deliverables:
Fully functional prototype (ready for classroom demo).
Simple wiring diagram + complete materials list.
Short notes on suggested improvements for future versions.
Budget Range:
Parts cost: ~$80–$100
Labor: Flexible — please provide your total quote (labor + parts or labor only).
Timeline:
Completion within 2–4 weeks.
Please include in your reply:
Your total quote (labor + parts, or labor only if I provide parts).
Estimated build time.
Examples of similar electronics or cooling projects you’ve completed.
Thank you!
Latoya
Project: Build a Working Prototype of a Solar Cold Can Keeper (6th Grade Innovation Project)
Goal:
Develop a portable, solar-powered drink cooling sleeve that keeps a soda can or water bottle cold outdoors.
Requirements:
Cooling Module: Peltier TEC1-12706 (cold side touching an aluminum drink sleeve; hot side with heat sink + fan).
Power: 10W (12V) solar panel; optional small rechargeable battery pack for cloudy conditions.
Efficiency: Use proper thermal paste and insulation (foam or neoprene) to maximize cooling.
Design: Compact, safe, and portable — suitable for sports events and picnics.
Performance: Demonstrates at least a 10–15°F (5–8°C) temperature drop in sunny conditions.
Safety: Clean wiring, insulated, and safe for public demo.
Deliverables:
Fully functional prototype (ready for classroom demo).
Simple wiring diagram + complete materials list.
Short notes on suggested improvements for future versions.
Budget Range:
Parts cost: ~$80–$100
Labor: Flexible — please provide your total quote (labor + parts or labor only).
Timeline:
Completion within 2–4 weeks.
Please include in your reply:
Your total quote (labor + parts, or labor only if I provide parts).
Estimated build time.
Examples of similar electronics or cooling projects you’ve completed.
Thank you!
Latoya
Goal:
Develop a portable, solar-powered drink cooling sleeve that keeps a soda can or water bottle cold outdoors.
Requirements:
Cooling Module: Peltier TEC1-12706 (cold side touching an aluminum drink sleeve; hot side with heat sink + fan).
Power: 10W (12V) solar panel; optional small rechargeable battery pack for cloudy conditions.
Efficiency: Use proper thermal paste and insulation (foam or neoprene) to maximize cooling.
Design: Compact, safe, and portable — suitable for sports events and picnics.
Performance: Demonstrates at least a 10–15°F (5–8°C) temperature drop in sunny conditions.
Safety: Clean wiring, insulated, and safe for public demo.
Deliverables:
Fully functional prototype (ready for classroom demo).
Simple wiring diagram + complete materials list.
Short notes on suggested improvements for future versions.
Budget Range:
Parts cost: ~$80–$100
Labor: Flexible — please provide your total quote (labor + parts or labor only).
Timeline:
Completion within 2–4 weeks.
Please include in your reply:
Your total quote (labor + parts, or labor only if I provide parts).
Estimated build time.
Examples of similar electronics or cooling projects you’ve completed.
Thank you!
Latoya
Project: Build a Working Prototype of a Solar Cold Can Keeper (6th Grade Innovation Project)
Goal:
Develop a portable, solar-powered drink cooling sleeve that keeps a soda can or water bottle cold outdoors.
Requirements:
Cooling Module: Peltier TEC1-12706 (cold side touching an aluminum drink sleeve; hot side with heat sink + fan).
Power: 10W (12V) solar panel; optional small recharge... read more
Goal:
Develop a portable, solar-powered drink cooling sleeve that keeps a soda can or water bottle cold outdoors.
Requirements:
Cooling Module: Peltier TEC1-12706 (cold side touching an aluminum drink sleeve; hot side with heat sink + fan).
Power: 10W (12V) solar panel; optional small recharge... read more
Project: Build a Working Prototype of a Solar Cold Can Keeper (6th Grade Innovation Project)
Goal:
Develop a portable, solar-powered drink cooling sleeve that keeps a soda can or water bottle cold outdoors.
Requirements:
Cooling Module: Peltier TEC1-12706 (cold side touching an aluminum drink sleeve; hot side with heat sink + fan).
Power: 10W (12V) solar panel; optional small rechargeable battery pack for cloudy conditions.
Efficiency: Use proper thermal paste and insulation (foam or neoprene) to maximize cooling.
Design: Compact, safe, and portable — suitable for sports events and picnics.
Performance: Demonstrates at least a 10–15°F (5–8°C) temperature drop in sunny conditions.
Safety: Clean wiring, insulated, and safe for public demo.
Deliverables:
Fully functional prototype (ready for classroom demo).
Simple wiring diagram + complete materials list.
Short notes on suggested improvements for future versions.
Budget Range:
Parts cost: ~$80–$100
Labor: Flexible — please provide your total quote (labor + parts or labor only).
Timeline:
Completion within 2–4 weeks.
Please include in your reply:
Your total quote (labor + parts, or labor only if I provide parts).
Estimated build time.
Examples of similar electronics or cooling projects you’ve completed.
Thank you!
Latoya read less
Goal:
Develop a portable, solar-powered drink cooling sleeve that keeps a soda can or water bottle cold outdoors.
Requirements:
Cooling Module: Peltier TEC1-12706 (cold side touching an aluminum drink sleeve; hot side with heat sink + fan).
Power: 10W (12V) solar panel; optional small rechargeable battery pack for cloudy conditions.
Efficiency: Use proper thermal paste and insulation (foam or neoprene) to maximize cooling.
Design: Compact, safe, and portable — suitable for sports events and picnics.
Performance: Demonstrates at least a 10–15°F (5–8°C) temperature drop in sunny conditions.
Safety: Clean wiring, insulated, and safe for public demo.
Deliverables:
Fully functional prototype (ready for classroom demo).
Simple wiring diagram + complete materials list.
Short notes on suggested improvements for future versions.
Budget Range:
Parts cost: ~$80–$100
Labor: Flexible — please provide your total quote (labor + parts or labor only).
Timeline:
Completion within 2–4 weeks.
Please include in your reply:
Your total quote (labor + parts, or labor only if I provide parts).
Estimated build time.
Examples of similar electronics or cooling projects you’ve completed.
Thank you!
Latoya read less
Things to know
Intermediate
Skill Level
$200
Fixed-rate (USD)
Full-time
Job type
Under 1-month
Job duration
Areas of expertise
Altium
Modeling
Job categories
Prototype Design Engineering
About the client
Payment ready
United States (11:21 am)
Posted
Active
Job activity
20 Applicants
3 interviews in progress
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