Battery Technology Innovators

India’s battery innovation landscape is heating up with startups and research-driven firms developing novel chemistries, circular manufacturing models, and localized next-gen cells. These companies are laying the technological bedrock for EVs and energy resilience.

5.1 Lithion Power Pvt. Ltd.Overview #

• Founded: 2016, Delhi
  
• Founders: Prem Chand Gupta, Piyush Gupta (CEO), Chandrashekhar Bhide
  
• Business Model: Battery‑as‑a‑Service (BaaS) for 2W/3W EVs through battery swapping networks.
  
• Funding: Raised $2.74M across 9 rounds; valuation approx. ₹81.6 crore (as of September 2024).
  

Innovation Highlights #

• Offers IoT-linked smart battery swap infrastructure–vehicles swap depleted batteries for charged ones in 2-3 minutes. Asset management features include real‑time telemetry, payment integration, and risk analytics.
  

Why It Matters #

• Provides a scale‑friendly alternative to charging, tailored to high-utilization EV segments like last‑mile 2W/3W fleets.
  
• Excellent for professionals interested in embedded systems, BMS, IoT data pipelines, and asset management.

5.2 Entity2 Energy Storage #

Overview #

• Specialty: Solid‑state, non‑lithium battery chemistries and sustainable recycling solutions.
  
• Key Innovations:
  
  • Solid‑State Sodium‑Silicate Batteries (SSSB) using local phyllosilicate–cost‑effective, eco‑friendly, longer cycle life.
    
  • Quasi‑Solid State Magnesium Batteries (QSSMgB).
    
  • Microbial Electrochemical Cell (MECC) tech enabling >96% efficiency in waste recycling.

Strategic Collaborations #

• Tech partner to Vikram Solar’s 1 GWh solid‑state battery gigafactory–scalable to 5 GWh, aligning with India’s renewable and Atmanirbharta goals.
  

Why It Matters #

• Represents India’s move into truly novel battery tech–critical for future EVs and energy storage.
  
• Offers paths into materials science, battery R&D, and sustainable recycling system design.
  

5.3 Emerging Innovator: Boson Cell (Bonus Highlight) #

• Based in Sriperumbudur, Chennai, Boson Cell upcycles e‑waste into battery-grade materials–refining lithium, cobalt, nickel, graphite–and produces LFP & NMC cells for drones and EVs.
  
• Raised $1.5M, targeting 100,000 cells/day, reducing China dependence, and tapping into FAME II grants..
  

5.4 Innovator Snapshot #

Company	Focus Area & Innovation	Career Opportunities
Lithion Power	BaaS: swapping and IoT battery infra	Embedded/BMS design, IoT telemetry, infrastructure scaling
Entity2	Non-Li̱ battery tech, solid-state & recycling	R&D in materials, sustainable chemistry, advanced BMS
Boson Cell	E-waste refining + cell manufacturing	Battery materials, cell assembly, supply chain localization

5.5 Strategic Value for EV Professionals #

• Working with these innovators opens doors to research-heavy careers in future battery ecosystems.
  
• Helpful projects could involve:
  
  • Modelling battery swapping UX + IoT analytics (Lithion Power)
    
  • Prototyping sodium-silicate cell modules + MECC cycles (Entity2)
    
  • Designing recycling pipelines and prototype cells from recovered materials (Boson Cell)
    

FAQs: #

Q1. Why are battery innovators so important for India’s EV sector? #

Batteries account for 40-50% of EV cost and determine range, performance, and safety. Innovators working on swapping, solid-state chemistries, and recycling reduce costs, cut import dependence, and make EV adoption faster.

Q2. What is unique about Lithion Power’s model? #

Lithion Power runs a Battery-as-a-Service (BaaS) model, allowing 2W/3W drivers to swap a drained battery with a charged one in just 2-3 minutes. Its system integrates IoT tracking, payments, and risk analytics, making it scale-friendly for fleet operators.

Q3. Who should consider careers with Lithion Power? #

Ideal for those interested in:

• Embedded systems & BMS design
• IoT data telemetry & analytics
• Infrastructure scaling & asset management

Q4. How is Entity2 different from other battery startups? #

Entity2 develops non-lithium solid-state chemistries like Sodium-Silicate and Magnesium batteries, along with microbial recycling tech that achieves >96% material recovery. This reduces reliance on imported lithium and supports India’s clean energy transition.

Q5. What career paths exist at Entity2? #

• Battery materials research (solid-state, sodium, magnesium)
• Electrochemistry & advanced BMS
• Sustainable recycling system design

Q6. What role does Boson Cell play in India’s EV ecosystem? #

Boson Cell focuses on circular economy solutions by upcycling e-waste into battery-grade materials (lithium, cobalt, nickel, graphite). They also produce LFP & NMC cells for drones and EVs–reducing dependence on imports from China.

Q7. What opportunities does Boson Cell create for professionals? #

• Battery materials refining & recovery
• Cell assembly & manufacturing
• Local supply chain & FAME II integration

Q8. How do Lithion Power, Entity2, and Boson Cell complement each other? #

• Lithion Power → Deployment (swap infra + IoT systems)
• Entity2 → Deep Tech (solid-state chemistries + recycling)
• Boson Cell → Circular Economy (e-waste to cells + manufacturing)

Together, they build a self-reliant Indian battery ecosystem from raw material recovery → advanced R&D → scalable deployment.

Q9. What practical projects can students or professionals try? #

• Lithion Power style → Model a battery swap user experience + IoT dashboard.
• Entity2 style → Prototype a sodium-silicate battery module or simulate MECC recycling cycles.
• Boson Cell style → Design a material recovery pipeline from e-waste for cell prototyping.

Q10. What is the strategic value of engaging with these innovators? #

Working with them positions professionals at the cutting edge of EV careers, especially in:

• Battery R&D
• Sustainable chemistry & recycling
• Smart infrastructure deployment

This knowledge bridges industry demand with future-ready skills in India’s growing EV ecosystem.