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Indi Energy 🇮🇳 Empowering Energy Independence
⚡ Indigenous Sodium-ion Batteries
🌾 Agri-waste to Energy Storage
📍 Roorkee, India → 🌍 World

A moment worth looking back at. 🇮🇳🔋IndiEnergy’s journey in building indigenous energy solutions took an important step f...
24/09/2026

A moment worth looking back at. 🇮🇳🔋

IndiEnergy’s journey in building indigenous energy solutions took an important step forward with recognition at the DRDO Dare to Dream 3.0 Challenge.

Our Sodium-ion battery technology was recognised for its potential in strategic and national applications, reinforcing the importance of building advanced energy technologies in India.

From research and innovation to real-world applications, the journey continues.

Building for a more energy-independent India.

| Akash Soni |

India hit its 2030 renewable target five years early.50% of India's installed power capacity is now non-fossil. 283 GW. ...
23/09/2026

India hit its 2030 renewable target five years early.

50% of India's installed power capacity is now non-fossil. 283 GW. 55 GW added in a single financial year. Third largest renewable capacity in the world.

That is a real achievement. And it creates a real problem.

Because generating clean energy was always the easier half. The harder half is storing it, at scale, without depending on supply chains India does not control.

Right now, India imports approximately 85% of its lithium-ion batteries. Against China's 2,695 GWh of commissioned cell manufacturing capacity, India has 2 GWh. The Central Electricity Authority projects a need for 236 GWh of battery storage by 2031-32. Less than 2% of auctioned BESS capacity is currently operational.

The generation story is written. The storage story is not.

That is the exact problem IndiEnergy was built to solve, not with imported cells in Indian packaging, but with indigenous sodium-ion chemistry, Indian raw materials, and IP that belongs to India.

No lithium. No cobalt. No Chinese supply chain embedded in every cell.

Desh Ki Battery.

Celebrating the spirit of creation, precision and innovation.On Vishwakarma Jayanti, we honour Lord Vishwakarma, the div...
17/09/2026

Celebrating the spirit of creation, precision and innovation.

On Vishwakarma Jayanti, we honour Lord Vishwakarma, the divine architect, and the spirit of craftsmanship that turns ideas into reality.

At IndiEnergy, we carry this spirit forward by designing and building indigenous energy storage solutions for a more sustainable India.

From design to technology, we believe in building what powers tomorrow.

Happy Vishwakarma Jayanti.🇮🇳

A landmark moment for India in solid-state ionics.We are proud to share that Prof. Yogesh Sharma, Director & Chairman of...
16/09/2026

A landmark moment for India in solid-state ionics.

We are proud to share that Prof. Yogesh Sharma, Director & Chairman of Indi Energy, has been elected President of the Asian Society for Solid State Ionics (ASSSI).

In the Society's history spanning nearly five decades, Prof. Sharma is the first Indian to be elected to this position.
This recognition reflects his continued contribution to the field of energy storage and solid-state ionics, and marks an important moment for India's growing presence in advanced battery research and technology.

At IndiEnergy, we believe that building India's energy future requires not only indigenous technology, but also strong scientific leadership.

Congratulations, Prof. Yogesh Sharma.

A proud moment for Indi Energy.
A proud moment for India. 🇮🇳

14/09/2026

This Ganesh Chaturthi, may every new beginning bring hope, every light bring warmth, and every moment together become a memory worth cherishing.
Wishing you and your loved ones a bright and joyful Ganesh Chaturthi. 🪔✨
Indi Energy. Powering the moments that bring us together.

11/09/2026

India needs a better way to store energy.

As renewable energy scales, the challenge is no longer only generation. Solar power is produced during the day, while demand continues into the evening. That makes energy storage critical to building a reliable clean energy future.

This is where Sodium-ion technology can play a powerful role.

With abundant raw materials and the potential for a more resilient supply chain, sodium-ion batteries could become an important part of large-scale and stationary energy storage.

At Indi Energy, we are building indigenous sodium-ion battery technology designed for India's energy needs.

Because India's clean energy transition will depend not just on how much energy we generate, but on how effectively we store it.

What makes sodium-ion technology relevant for India? It is not just the chemistry. It is what the chemistry enables.🔋 Sa...
10/09/2026

What makes sodium-ion technology relevant for India?
It is not just the chemistry. It is what the chemistry enables.

🔋 Safety: Inherently non-flammable chemistry designed to eliminate thermal-runaway risks.

🇮🇳 Energy Independence: Locally abundant sodium and aluminium-based materials can help build a more secure, indigenous supply chain.

🌡️ Climate Resilience: Designed to operate from -40°C to +60°C,

🌾 Circular Innovation: Our patented BioBlack™ Hard Carbon transforms agricultural waste into a battery material, creating a waste-to-wealth pathway.

📦 0V Safe Discharge: The ability to discharge completely to 0V enables safer transport, storage, and battery swapping.

At Indi Energy, we are developing these technologies in India, with the goal of building energy storage that is safer, more resilient, and less dependent on global supply chains.

The future of energy storage needs to be built, not imported. 🇮🇳

India’s Renewable Energy Secretary, Santosh Kumar Sarangi, announced that domestic researchers have successfully advance...
08/09/2026

India’s Renewable Energy Secretary, Santosh Kumar Sarangi, announced that domestic researchers have successfully advanced sodium-ion battery technology to Technology Readiness Level 7 (TRL-7) and above.

Reaching TRL-7 signifies that a system prototype of the battery has been successfully demonstrated in an operational environment. According to the Secretary, technologies that achieve this maturity level are poised to move from pilot projects to commercial production within two to three years. This milestone is expected to drive the wider adoption of sodium-ion batteries, supporting expanding energy storage needs as India integrates a growing share of renewable energy.

This technological advancement comes at a critical time, as India is estimated to require around 411 GWh of energy storage by 2031–32. The Secretary noted that the country is progressing well toward this significant requirement and could potentially achieve it ahead of schedule.

transforms agricultural waste into advanced sodium-ion batteries and next-generation energy materials. Creating solutions that are sustainable, resilient, and built for generations to come.

We are preparing for tomorrow by reducing dependence on external sources and resources and building a truly indigenous, self-reliant energy ecosystem. By harnessing locally available materials, innovation, and technology, IndiEnergy is working toward an energy future that is independent, sustainable, and made in India.



President of India, PMO India, NITI Aayog, Ministry of New and Renewable Energy (MNRE), Government of India, Bureau of Energy Efficiency - ऊर्जा दक्षता ब्यूरो

India's energy future shouldn't hang by someone else's strings.75% of India's lithium-ion battery imports came from Chin...
04/09/2026

India's energy future shouldn't hang by someone else's strings.
75% of India's lithium-ion battery imports came from China in FY2024.

And batteries are only one part of a much larger dependency, spanning critical minerals, processing, technology and global supply chains.

India's energy transition cannot simply mean replacing fossil fuel dependency with battery dependency.

The real question is:
Can India build the technology that powers its future? At , we believe the answer lies in building alternatives designed for India, using innovation that strengthens domestic energy capability.

From advancing next-generation technologies like sodium-ion batteries to building solutions around India's unique resource strengths, we believe energy independence starts with innovation built at home.



Ministry of Heavy Industries , Government of India Ministry of New and Renewable Energy (MNRE), Government of India Bureau of Energy Efficiency - ऊर्जा दक्षता ब्यूरो, PMO India, President of India, Nitin Gadkari

Meet the Indi Energy Sodium-Ion Integrated Home Inverter, engineered to bring battery and inverter technology together i...
22/08/2026

Meet the Indi Energy Sodium-Ion Integrated Home Inverter, engineered to bring battery and inverter technology together in one system.

1000 VA output | 800 W load
24V • 50Ah • 1200Wh integrated battery
-30°C to +60°C operating range
95% battery output efficiency
5-year battery warranty | 3-year inverter warranty

No external battery. No separate unit. Just an integrated energy system built around indigenous sodium-ion technology.

Built for Indian homes. Built for Indian conditions.

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Roorkee
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