Welcome to the thirty-second issue of “Sodium-ion Batteries Technology Updates,” a series from Indi Energy, one of the world’s leading sodium battery companies and India’s first indigenous sodium-ion battery manufacturers.
Indi Energy is a DRDO 3.0, NSA’22, & SIDBI Environmental Challenge’24 winner and one of the world’s leading sodium battery companies. In the last five years, we have committed ourselves to research, developing, and commercializing sodium-ion batteries and customized sodium-ion battery packs.
We are a part of the Make in India initiative; our supply chain for our sodium-ion batteries is completely indigenous, a.k.a., homegrown. We are setting a new benchmark in the energy storage sector by transforming energy storage solutions sustainably.
In this thirty-second issue of sodium-ion battery technology updates, we will go through the recent updates in the world of sodium-ion batteries, the energy sector, and an overview of the global energy outlook.
Power Up Sustainably!
At Indi Energy, we seek to fulfill our vision of being energy independence pioneers through our groundbreaking sustainable technology. Leading this charge are our sodium-ion batteries, powered by our proprietary BioBlackTM, the pinnacle of our efforts.
Key Features of Indi Energy’s BioBlackTM:
- Reversible Capacity (up to 1.0 V):* 300 (±5) mAh/g
- Plateau Capacity (up to 0.2 V):* 220 (±5) mAh/g
- Average Interlayer Spacing d002:* 0.38 nm
- Particle size (D50):* ~25 µm
- Specific Surface Area:* <5 m²/g
Indi Energy’s BioBlackTM is one of the world’s highest-rated hard carbons derived from biowaste, offering exceptional electrochemical performance for sodium-ion batteries (SIBs).
With its unique interlayer spacing (d002) and porosity, BioBlackTM ensures smooth diffusion of sodium ions, providing high cyclability and low volume change over prolonged charge and discharge cycles. Eco-friendly and cost-effective, BioBlackTM by Indi Energy, one of the world’s leading sodium battery companies, represents a new benchmark in energy storage solutions. It is a testament to our mission of driving the global transition from a fossil-based to a clean energy economy, fostering a self-sustaining circular economy.
NatAmpere: A Sodium-ion Battery Marvel!
Built to the highest quality standards for deployment across diverse scenarios and environments, NatAmpere by Indi Energy, one of the world’s leading sodium battery companies, outshines conventional energy storage options, outperforming lead-acid batteries and rivaling lithium-ion batteries’ prowess.
NatAmpere’s core ensures optimal power distribution, mitigating the risk of overcharging, overheating, and short circuits, thereby preserving the integrity of the battery pack.
Key Advantages of NatAmpere:
- Tailored Performance: Customized to match your specific needs, ensuring optimal performance.
- Advanced Safety: Eliminates risks of overheating, thermal runaway, and leaks for enhanced safety.
- Extended Battery Life: Superior control over chemistry, discharge rates, and charging for longer-lasting power.
- Cost Efficiency: A durable design will help you save on replacements and maintenance costs.
- Scalability: Adaptable to your evolving energy storage requirements, seamlessly scalable.
From conceptualization to fabrication, installation, and continued technical support, Indi Energy and NatAmpere are ready to empower your business to become sustainable, economically viable, and energy efficient.
Our sodium-ion batteries exemplify our commitment to innovative and sustainable energy solutions. Moreover, recognizing the potential impact of our sodium-ion batteries on climate action, Energy Alternatives India heralded Indi Energy as one of its “Top 100 Innovative Indian Startups in Climate Action,” along with The Better India, which names us one of the “5 Innovating Startups Revolutionising India’s Renewable Energy Sector.”
If you think you can help us or would like to explore the opportunity to work with us, please connect with us on Twitter, Facebook, LinkedIn, or through our contact page. Share your thoughts and expertise, and let’s explore how we can explore the possibility of a sustainable future powered by sodium-ion battery technology.
