CEA Recognizes Surface Hydrokinetic Turbine Technology to Boost Renewable Energy Growth

SHKT Technology Offers a Sustainable, Cost-effective Solution for Round-the-Clock Renewable Energy Generation in India’s Power Sector.

The Central Electricity Authority (CEA) has officially recognized Surface Hydrokinetic Turbine (SHKT) technology under the Hydro Category, marking a major step towards innovations and the exploration of alternative technologies to meet India’s ambitious net-zero emission targets. The recognition is expected to significantly contribute to the sustainable development of India’s power sector, driving further adoption of renewable energy solutions.

Unlike conventional hydroelectric systems that rely on the potential energy of water—utilizing dams, weirs, and barrages—SHKT harnesses the kinetic energy of flowing water with minimal to no potential head. This enables the generation of electricity without the need for large civil structures. The recognition of this innovative technology opens doors for more sustainable solutions in India’s energy transition, especially in areas with limited grid accessibility.

A Game-Changer for Renewable Energy in India

Surface Hydrokinetic Turbines (SHKT) present a cost-effective and scalable solution for generating renewable energy, with a generation cost of approximately ₹2-3 per unit. These turbines are easy to install, making them highly suitable for use in locations such as canals, hydropower tailrace channels, and other water infrastructure systems that are already widespread across India. By tapping into these existing resources, SHKT technology offers a practical way to meet the growing demand for base-load, round-the-clock renewable energy, which is a critical challenge for the power sector.

The affordability and efficiency of SHKT systems could create a win-win situation for both renewable energy generators and buyers, helping to reduce energy costs while promoting sustainable development. As SHKT systems can be deployed in decentralized locations, they also play a crucial role in increasing energy access to remote regions where the power grid may be limited or absent.

Leveraging India’s Water Infrastructure for Sustainable Energy Generation

The adoption of SHKT technology is poised to unlock tremendous potential in renewable energy generation, tapping into India’s extensive network of water resources, including canals, irrigation systems, and tailrace channels from existing hydropower plants. This innovative approach could harness energy on a GW scale, offering vast opportunities for sustainable power generation, while reducing India’s reliance on non-renewable energy sources.

This move also aligns with the country's broader strategy to expand its renewable energy capacity and reduce carbon emissions, contributing to India's long-term goal of achieving net-zero emissions by 2070. By integrating SHKT into its energy mix, India can ensure more diverse, reliable, and affordable energy options, driving both economic growth and environmental sustainability.

Towards a Greener Future for India’s Power Sector

The recognition of SHKT by the CEA underscores the growing importance of innovative energy solutions in achieving India’s energy transition goals. As the demand for clean, renewable energy continues to rise, technologies like SHKT will be pivotal in meeting the energy needs of both urban and rural India, while supporting sustainable development across the country.

With its ability to generate renewable power without the environmental impact associated with traditional hydroelectric plants, SHKT technology promises to play a significant role in India’s transition towards a greener, cleaner, and more sustainable energy future. 4o mini