Till now we have discussed various circular solutions, circular business models & innovations which act as perfect alternatives to linear economy problems.

However it is important to keep in mind that an ideal circular economy must make use of zero emission energy sources.

Today’s renewable energy technology is only a baby step in that direction because we still have a lot of embodied carbon in the way we operate this tech.

A lot more needs to be done for true adoption of renewables.

deMITasse energies is an Indian start-up who are on a mission to implement their promising solution at grid-scale to address the energy crisis.

Vijay Prateik is the founder of deMITasse energies, where they are building next-generation power plants that efficiently, reliably, and inexpensively generate zero-emission power.

deMITasse energies is a young startup backed by the prestigious IIM-Bangalore, Tata Trust, Tata Power (TP-DDL), Govt. of Delhi and Govt. of Karnataka. Their engine is capable of storing grid-scale energy for long duration with negligible losses.

Armed with their engine, they are on a mission to solve the biggest problem of our generation - climate change and energy crisis.

To many of us, the previous episode might have been eye-opening, especially when we discuss some critical loopholes in the implementation of renewable energy grids in India.

Opening the episode with the problem statement actually made a perfect segue to understand how deMITasse innovation is solving the problem.

Although deMITasse is a hardcore mechanical engineering startup, I appreciate the simplicity and clarity with which Vijay explains their solution to a 5 year old kid.

And hey, agar aapko mazza aaya and found this to be a good value edition, then make sure to share it with your friends, family, colleagues and help us spark a thought…initiate conversations and lets attempt to make this planet a better place...

Shall we?

Contact: deMITasse energies

Reach out to us on LinkedIn | Facebook | Instagram | Twitter | [email protected]

Key words : Renewable energy