This document discusses using thermoelectric effects to enable infinite battery charging. Thermoelectric effects allow heat energy to be converted directly into electrical energy, which can be used to charge batteries while also reducing heat. The idea is to use thermoelectric transformers to step down the voltage generated by temperature differences to charge devices like smartphones. This concept could also be applied in automobiles to reduce heat generation and pollution by powering components with recovered thermal energy. Potential applications include server rooms, industries, rooftop tiles, and laptops/desktops. The advantages are reducing heat production while using it to charge devices in a compact, portable way.

1. Infinite battery Charge
By,
Varun P
Contact:varunpmas@gmail.com

2. Is infinite battery charge possible?
Yes, it is possible by using thermoelctric effect we can convert the heat energy into electical
enegry which also reduces heat and charges your battery .

3. Have you guys heard of thermoelectric
effect?
The thermoelectric effect is the direct conversion of temperature differences to
electric voltage and vice versa via a thermocouple.

4. What if your smartphone never drains
out of battery?
SMD – Transformer
My idea is using these transformers to step
down the voltage generated which thereby
increase the current to desired value.
By doing so your smartphone gets charged, by
the heat produced and the heat produced by
your Smartphone is also reduced.
Isolation voltage 1500 V AC/1 min.
Operating temperature range 0°C to +70°C
Dimensions 4.5 × 3.2 × 2.8 mm3

5. What if we use this concept in
automobiles?
If we implement this in automobiles,
• Heat generated by automobiles will be reduced
• This heat energy can be used in head-lights and air conditioner used in automobiles
• Overall pollution may be reduced which may decrease the depletion of Ozone layer

6. Places where we can use?
1. Can be used in sever room.
2. Can be used in industries.
3. Can be used in roofs(Peltier Tiles)
4. Can be used in Laptops and desktops.

7. Advantages:-
• Heat produced can be reduced
• The heat is used to charge the device
• Compact
• Easily portable

8. Any Questions
?