PHASE: Define
CATEGORY: Energy
LOCATION: Lucknow, India
Deadlock in Energy-Generation
Asia

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It is a basic model for long lasting energy, consisting common elements and recyclable plastic. It will help energy deficient villages, ICU's, sea-mining, etc. where continous and limited energy is needed.

Standings & Awards

1096 out of 1313 in Asia
138 out of 143 in Energy
850 out of 930 in Define
181 out of 555 in For-Profit
954 out of 4003 Overall
Most Basic model delivers 10 volts for 10 years at $5.

The mechanism that could be used to fill the ‘consistent ’ part is similar to the notion of ‘Deadlock’. Recalling ‘Process Scheduling ’ from operating systems, in deadlock, a process continues to loop continuously, till starvation, thus inheriting that property of deadlock, the energy source could be ‘consistent’.

Again for fair enough energy, we can adopt a phenomenon in which output is significantly higher than input, thus we can come over to Fraunhofer’s diffraction experiment, in which the Intensity becomes x times the intensity of the source’s.

Also we are considering affordability and portability factor.

Henceforth, a basic model for long lasting energy is been presented here, consisting common constructing elements and recyclable plastic. Few modifications and replacements can definitely bring out a valid and acceptable model.

The model uses simple cells and Fraunhofer diffraction architecture for purpose, and performs deadlock mechanism to generate energy.

FIVE PROJECT QUESTIONS Required (60 - 90 minutes)

1. What is your innovation? 
My innovation is the application of a Computer Science Drawback (viz. Deadlock), for Energy Generation. This basic model uses recyclable plastic as a structural design and photo diodes as the heart of the model. Theoretically, it delivers about 50 volts for 50 years, continuously without any external energy source.
2. Who gains the most? 
Students of villages scarce of Electricity, (as I felt this necessity in my childhood at my Village)
3. Who pays? 
In my view, a practical model should be made, and Government (or NGO's) should come forward to manufacture and distribute it at a very low cost in respective areas deficient in electricity, so that (chiefly) Student's (residing there) result may not get affected, and in return, Government, may ensure its bright future, as 'Students are the future of a Country'.
4. What is your success? 
My Success lies in the welfare of the Society through this project, as (talking about Indian Villages only) in the next 10 years, Energy consumption will shorten by half of what it is now, per year.

Badges & Awards

2013 DSIC Project Participant