New Turbines From IIT Madras Will Generate Electricity Using Waves

Saanvi Araav - Sep 07, 2019


New Turbines From IIT Madras Will Generate Electricity Using Waves

NIOT and IIT-Madras of India are working on turbines to harness the energy from waves pummeling the country's coastline and turn it into electricity.

We all know too well that burning fossil fuels like oil and coal to generate power leads to global warming. Therefore, we need to switch to using renewable energy. Two Indian major institutions seems to be in partnership to find a way to accomplish that. NIOT (National Institute of Ocean Technology) and IIT-Madras are working on better turbines to take energy from the wats waves which are pummeling the 7,500 km coastline of India, turning them into electricity.

People are all focusing on wind and solar energy so they forget that the oceans can also offer another free source of renewable energy. And with that extended coastline in the country, this will be a great source of renewable energy.

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This is a wave energy map of India. 

Abdus Samad (professor and Head of Research at IIT-Madras) said that wave power could be harnessed with the long coastline of India with many gulfs and estuaries to meet our electricity needs.

Samad also added that IIT-Madras has already been turning wave energy into an actual reality since 1993. And now they are really close to success. The Ministry of Earth Sciences is funding this whole project.

However, this is not an easy task. Buiding turbines and use them to harness the waves' power along the coastline and turn that into electricity is the easy part. The problem lies with making the turbines durable while keeping the functionality to generate peak power.

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The turbines need to be able to survive against those waves.

First of all, the turbines need to be able to survive against all those waves, which can be quite tricky given the frequency of storms in a tropical zone like India. And there is also the saltwater corrosion, which makes the turbines need constant maintenance. Those are the main reasons why this system isn't widespread yet.

But hopefully, we could figure it out. Because if it becomes a reality, our coastal regions might never endure power cuts again.

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