Komaki Opens Second Battery Plant in Gurgaon with ₹30 Crore Investment

Komaki Electric Vehicles has taken a significant step toward strengthening its manufacturing ecosystem by inaugurating its second lithium battery plant in Gurgaon’s Udyog Vihar. With a capital investment of ₹30 crore, this new facility is being positioned as the largest integrated EV battery manufacturing unit in North India.

From my perspective, this move feels timely. As EV adoption accelerates in India, companies that control their battery supply chain will have a clear advantage—and Komaki seems to be leaning into that strategy.

Quick Highlights:

  • ₹30 Crore investment in a new battery manufacturing facility.
  • 40,000 sq. ft. plant in Udyog Vihar, Gurgaon.
  • Annual capacity of 1.2 lakh LiFePO4 batteries.
  • Focus on safer LFP and LMFP battery technologies.

Facility Details and Production Capacity

The newly launched plant spans 40,000 square feet and is designed to produce 10,000 batteries per month, translating to 1,20,000 units annually.

This scale is not just about volume—it signals Komaki’s intent to reduce reliance on imports while supporting its growing EV lineup. Given how critical batteries are to performance and cost, in-house manufacturing can make a noticeable difference in competitiveness.

Focus on LFP and LMFP Battery Technologies

The facility will exclusively manufacture batteries using:

  • Lithium Iron Phosphate (LFP)
  • Lithium Manganese Iron Phosphate (LMFP)

These chemistries are increasingly preferred in India due to their:

  • Higher thermal stability
  • Better fire resistance
  • Longer lifecycle compared to NMC batteries

In Indian conditions—where high temperatures and varied usage patterns are common—I think this is a practical and safety-first approach. While NMC batteries offer higher energy density, LFP and LMFP prioritize durability and reliability, which arguably matter more for mass-market EVs.

Battery Lifecycle, Warranty, and Performance

Komaki claims its battery systems will deliver:

  • Up to 2,500 charge cycles
  • 3-year warranty for LFP batteries
  • 5-year warranty for LMFP batteries

Under typical usage, this lifecycle could translate into several years of consistent performance, helping reduce long-term ownership costs.

This is one area where consumers will likely see tangible benefits—not just in safety, but also in reduced replacement frequency.

Sustainability and Manufacturing Efficiency

The company has also incorporated resource-efficient processes to minimize material wastage during production.

While such claims are becoming standard across the industry, their real impact depends on execution. Still, it’s encouraging to see manufacturers thinking beyond just tailpipe emissions and addressing the entire lifecycle footprint.

Leadership Commentary

According to Gunjan Malhotra, Co-founder of Komaki Electric Vehicles, the new plant represents:

  • A “defining step” toward self-reliance
  • A push to build a future-ready EV ecosystem
  • A deliberate focus on safety, durability, and long-term value

This aligns well with broader industry trends, where localization and vertical integration are becoming essential for growth.

Industry Context: Why This Move Matters

India’s EV market—especially in the two- and three-wheeler segment—is witnessing rapid expansion, supported by:

  • Government incentives under FAME scheme India
  • Rising fuel prices
  • Increasing consumer awareness
  • At the same time, a major bottleneck remains: battery cell imports, primarily from China.

To address this, the government has introduced Production-Linked Incentive (PLI) schemes for advanced chemistry cells, encouraging domestic manufacturing. Komaki’s new plant positions it well to benefit from this evolving policy landscape.

Komaki’s Growth Strategy

Founded in 2019, Komaki has steadily expanded its presence in the electric scooter and motorcycle segment.

This second battery plant reflects a clear strategy:

  • Increase in-house capabilities
  • Reduce supply chain risks
  • Improve cost control and product reliability

However, the real test will be consistent utilization of the plant’s 1.2 lakh annual capacity as vehicle volumes scale.

If you look at the bigger picture, this isn’t just another factory inauguration. It’s part of a larger shift where Indian EV players are moving from assemblers to full-stack manufacturers—and that transition could define the next phase of the industry.

Frequently Asked Questions — FAQs

Q. Where is Komaki’s new battery plant located?

  • The new facility is located in Udyog Vihar, Gurgaon, Haryana.

Q. What is the investment made by Komaki in this plant?

  • Komaki has invested ₹30 crore in setting up the new battery manufacturing unit.

Q. What is the production capacity of the plant?

  • The plant can produce 10,000 batteries per month, totaling 1.2 lakh units annually.

Q. Which battery technologies are used in the facility?

  • The plant manufactures LFP (Lithium Iron Phosphate) and LMFP (Lithium Manganese Iron Phosphate) batteries.

Q. Why are LFP and LMFP batteries important?

  • They offer better safety, longer lifecycle, and improved thermal stability, making them more suitable for Indian conditions.

Q. What is the battery lifecycle offered by Komaki?

  • Komaki claims up to 2,500 charge cycles, which can translate to several years of usage.

Q. How does this plant benefit the EV ecosystem in India?

  • It helps reduce dependence on imports, strengthens domestic manufacturing, and supports the growth of India’s EV market.