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Bio-Thermal Battery
47
Transcript
Bio-Thermal
Battery in
Implantable Cardioverter
Defibrillator (ICD)
Made by
The Team
Vallari Naik
Disha Nakhare
Vansh Panjabi
Rajan Pal
Abhishek
Purohit
Shovit Prusty
Krupali
Radadia
ManpritKaur
Nebhrani
Introduction
Introduction
What is an ICD?
- Keeps heart rate in check.
General power source of an ICD?
- Lithium-ion batteries
The modern solution we offer:-
Bio-thermal Batteries
Old isn't gold
Old isn't gold
- Battery life of max 5 years
- High maintenance cost
- Toxic materials
- Fills up in landfills
- Non-renewable energy
- Flammable
Why Bio-thermal?
Why go Bio-thermal?
- Prolonged battery life, up to 3 decades!
- Rechargeable
- One time investment
- Renewable energy
- Easily degradable
- Non-flammable
- Less toxic substances
Game Plan
Plan
Research
Research
- In depth technology and conceptual research of the technology--Energy conduction using body heat.
- In depth component research especially all thermoelectric components.
- All testing and implications to be made before finalizing the theoretical model.
- Theoretical model to be finalized.
Prototype Build up
Prototype
- Practical implementation of our research.
- Functional prototype to be build.
- Testing battery without ICD.
- All necessary changes catering to the ICD to be made.
- Non-living ICD testing occurs.
- Any changes in values and output to be noted.
- All modifications and results to be noted.
- Prototype to be finalized.
Trial & Testing
Trial & Testing
- The prototype to be tested on lab animals first.
- All changes in behavior & health to be strictly monitored.
- All the data to be collected and analyzed.
- After enough testing and satisfactory results testing to begin on functional stored human hearts.
- Process repeats.
- Human trials take place on volunteers and patients in coma/paralysis after legal & formal consent.
Final Product
Final Product
- After successful human trials & expected results, the product is finalized.
- Product to be patented in different countries depending on the demand.
- Patents to be licensed to battery battery & other companies if
possible and required.
- Royalty to be earned from the licensing deals.
Schedule
Stage II
Stage IV
January 2021-March 2021
- Theory evaluation
- Journal entry
- Component assembly
July 2021-September 2021
- Animal trials under surveillance
- Stored human heart trials
- Human trials
- All trials take place under medical experts and scientists
Schedule
Stage V
Stage III
Stage I
October 2020- December 2020
- Research conduction
- Team finalization
- Leader appointment
October 2021
- Product completion
- Financial and costing decide
April 2021-June 2021
- Prototype is built
- Project report starts
- Non-living, rough testing starts
- Permissions to be taken for animal testing
Resources Needed
Funds Provided
Funds Required
Resources
Required
- Software part doesn't require much funds as it can be programmed.
- The charging circuit components are inexpensive and self funded.
- Thermoelectric components are expensive and key component of the battery.
- For the software part funds for 16 bit RAM is required.
- Funds for testing the battery in ICD is needed.
- All trials and testing to be funded.
Budget
Budget
Cost to manufacture one prototype of bio-thermal battery for an ICD is Rs.1,54,830
Conclusion
Conclusion
- Bio-thermal overpowers lithium ion batteries in both battery durability and efficiency.
- Keeps up with modernization of technology.
- With necessary modifications it can work for other medical implants as well.
- Invest in us, invest in life.
Thank You
THANK YOU
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