In a significant step toward strengthening India’s electric vehicle ecosystem, Swastik Power Systems has announced the launch of its dedicated lithium battery pack assembly unit, scheduled to go live by November 2025. This new facility aims to bridge the demand-supply gap in EV battery systems, positioning Swastik as a key contributor to the auto energy system India movement.
The announcement arrives as India’s EV market surges past 1 million annual vehicle registrations and growing demand for indigenous, high-performance battery packs continues. Swastik’s new assembly line will focus on producing efficient, thermally stable, and cost-effective lithium battery packs tailored for electric two-wheelers, three-wheelers, and light commercial vehicles.
The Role of Lithium Battery Pack Assembly in India’s EV Growth
As EV adoption expands across urban and semi-urban markets, locally assembled battery packs are critical for maintaining supply chain resilience and price stability. A robust lithium battery pack assembly unit ensures not only quicker turnaround but also better customization for climate and usage conditions in India.
Swastik’s investment is aligned with the national goals outlined under FAME III and PLI schemes, with specific focus on:
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Reducing dependency on imported battery modules
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Enhancing thermal management for Indian road and weather conditions
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Supporting OEMs with ready-to-integrate packs for faster production
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Scaling auto energy system India efforts with local innovations
With this unit, Swastik intends to support over 100 EV startups and OEMs in sourcing reliable battery systems.
Swastik’s Battery Pack Unit: Technology and Output
The plant will be established in Pune, Maharashtra—a known hub for automobile manufacturing—with a state-of-the-art production floor and integrated testing lab. Below is an overview of the expected technical capacity and design scope:
| Feature/Parameter | Specification (Phase 1) |
|---|---|
| Monthly Output Capacity | 10,000+ battery packs |
| Battery Chemistry | Lithium Iron Phosphate (LFP), NMC optional |
| Nominal Voltage Range | 48V to 72V |
| Pack Capacity Range | 1.5 kWh to 5.5 kWh |
| Cycle Life (avg) | 2000+ cycles |
| BMS Integration | Built-in smart BMS with Bluetooth monitoring |
| Safety Certifications | AIS 156, IEC 62133, IP67 rated casings |
These features highlight Swastik’s ambition to become a leading force in auto energy system India, offering long-lasting and high-safety battery packs.
Impact on EV Supply Chain and Sustainability
With the launch of this lithium battery pack assembly, Swastik will dramatically reduce turnaround times for vehicle manufacturers and retrofitting workshops. Instead of waiting on overseas shipments, clients will benefit from a just-in-time inventory model.
Additional supply chain benefits include:
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Lower freight costs and reduced carbon footprint
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Custom pack designs for startup-specific applications
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Real-time support for thermal issues and firmware updates
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Easier compliance with Indian testing and recycling norms
By localizing the battery pack segment, Swastik is paving the way for a more efficient and self-reliant auto energy system India infrastructure.
Strategic Vision Beyond 2025
While Phase 1 targets light and mid-size EVs, Swastik plans to expand into high-voltage battery systems for electric buses and utility vehicles in Phase 2, expected to begin construction by Q3 2026.
Their R&D team is also actively exploring:
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Solid-state battery modules
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AI-integrated battery health diagnostics
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Recyclable cell structures for circular economy support
Swastik’s forward-thinking vision ensures that it doesn’t just assemble battery packs—it leads the future of clean energy mobility in India.
Conclusion
Swastik’s upcoming lithium battery pack assembly unit represents more than just a factory—it symbolizes India’s maturing EV ecosystem. As demand grows and innovation accelerates, this localized manufacturing initiative will enhance the scalability, safety, and cost-efficiency of electric mobility. With advanced engineering and a clear alignment to auto energy system India strategies, Swastik is all set to redefine how batteries power India’s EV future.
FAQs
What is the purpose of Swastik’s lithium battery pack assembly unit?
The unit is designed to manufacture locally optimized battery packs for electric two-wheelers, three-wheelers, and small commercial vehicles starting November 2025.
How does this benefit the auto energy system India initiative?
It reduces reliance on imported battery modules and helps OEMs get faster, safer, and more affordable battery solutions for Indian roads and conditions.
What battery chemistries will be produced?
Initially, Lithium Iron Phosphate (LFP) packs will be the focus, with future provisions for NMC-based systems depending on client demand.
Are these battery packs compatible with most EVs in India?
Yes, the packs are modular and customizable, designed to support 48V to 72V systems used widely across India’s EV landscape.
Will Swastik expand to other battery types in the future?
Yes, Phase 2 will include higher-capacity battery packs and R&D on solid-state technologies for heavy-duty EVs by late 2026.
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