Today, I'm going to present you a cookery show on 'How to make Solar Panel Cake'.
The ingredients we need for this cook is just handful of items. First, the main ingredient is Silicon or simply sand which you can find out in dessert, along with that you need some chemicals, some liquid metal, and a bit coloring. Ok! now we can start our mix, before that our silicon must be either cooked or baked to about 2000 degree Celcius to separate it from impurities and other rocks. Once the cooking is over, we can add our first set of chemicals which is mainly to increase the strength of silicon, which is now in a molten state. We need to stir these two mixes at a constant temperature for about two days.
1st cooking for strengthening |
Now we've got a sweet liquid silicon. Wait for this to be hardened, either you can wait for normal cooling, else pass some water underneath the cooker. Either way, once it's cooled, it may look like a cupcake. We have to cut these solar cakes into pieces so as to be served. Just do this with a diamond cut blade to right columns. Then to match the millimeter thickness, run this wafer into a millimeter thick mesh to cut equal pieces of this solid block.
2nd baking for layer separation |
Ok, we are halfway done. Now we have thin sheets of solar cake, to make it tastier (conductivity), we've to add our second batch of chemicals ingredients. Add two to three tablespoon of this and bake it for another 1 to 2 hour. Now our panels have got its two separate layers for taste. It's almost ready!. For the garnishing works, add some of the liquid metal to either side to squeeze out its taste, and add some colorings (blue panels) which increases the heat conductivity. And that's it. Serve it in a large tray (Series and parallel connection). We've made our own Solar Cell Cakes... YUMMY!
Final cake pieces in the tray |
Coming to the technical side, Solar energy is one of the advanced among renewable energy these days. As energy demands become quite a significant issue in the current situation, it's the responsibility of each and every person to contribute to the energy sector. As of now, commercially available solar panels has got an efficiency just over 15% and under 20%, though higher efficient (approx to 44%) panels are made in laboratory condition we expect those to hit the markets in near future . With a 10 square meter of space, one can install a 1kW solar unit which can sufficiently lit up your house and would cost just under a lakh rupees. Overloading the positive side, solar has less or no negatives to highlight. Besides, it's not fully green, as it emits Carbon dioxide for about 20 years of its 25-year lifespan. Still, the total CO2 emitted is 40 to 50 times less than that of emitted by Coal Power generation for the same output.
Lets all hope for a better future, where you'll no longer have to charge your phones or your electric cars. And a future where there will be no more electricity bills.
Happy...!! :)
Very interesting....it's attractive. u presented this important topic in a simple and interesting way . Hopefully waiting for your next post..All the best 😍
ReplyDeleteThankx athira😘
Delete😈😈😈 ohoooo
DeleteUnique style😎 of presentation👌👌👌
ReplyDeleteDear Chef, its Delicious !!! 😝😍...You did it in an interesting and understandable way...Simple & Impressive write up ! Keep on doing it !
ReplyDeleteKeenly Awaiting your next post !😀