- Exide Industries is advancing its Bengaluru lithium-ion cell facility with production targeted in FY2027.
- The plant will start with 6 GWh capacity and scale to 12 GWh across multiple cell formats and chemistries.
Exide Industries has confirmed steady progress on its greenfield lithium-ion cell manufacturing facility being developed in India, specifically in Bengaluru. The project is being executed through its wholly owned subsidiary, Exide Energy Solutions Limited, and is aligned with the company’s long-term electrification strategy. Operationalisation of the plant is targeted for FY 2027, with key pre-production activities such as installation, validation, and homologation already at an advanced stage, indicating readiness for phased commissioning.
Production Timeline and Cell Development Progress
The company has outlined a structured production roadmap for the facility, with cylindrical cell production lines expected to begin customer sample deliveries by the first quarter of FY 2027. These early samples will support validation processes with clients and accelerate commercial readiness. Following this, prismatic cell production lines will commence product trials, ensuring coverage across diverse automotive and energy storage applications. The staggered approach allows for controlled scaling while maintaining strict quality and performance benchmarks during initial deployment phases.
Investment and Capacity Expansion Strategy
During the fourth quarter of FY 2026, Exide invested INR 6 billion into its subsidiary to support infrastructure development and technological integration. The Bengaluru facility has been designed with an initial capacity of 6 GWh, with provisions to scale up to 12 GWh as demand grows. This scalability ensures alignment with evolving market requirements while optimizing capital utilization. The plant will house four production lines capable of manufacturing both cylindrical and prismatic lithium-ion cells, catering to a wide range of applications.
Technology Scope and Battery Chemistry Mix
The manufacturing setup will support multiple battery chemistries, including Lithium Iron Phosphate (LFP) and Nickel Manganese Cobalt (NMC), enabling flexibility in addressing different performance and cost requirements. LFP chemistry is typically preferred for safety and longevity, while NMC offers higher energy density, making it suitable for performance-oriented applications. By integrating both chemistries within the same facility, the company is positioning itself to serve a broader customer base across electric mobility and stationary energy storage sectors.
Facility Capacity and Production Configuration Overview
| Parameter | Details |
|---|---|
| Initial Capacity | 6 GWh |
| Scalable Capacity | 12 GWh |
| Production Lines | 4 Lines |
| Cell Formats | Cylindrical and Prismatic |
| Chemistries Supported | LFP and NMC |
Strategic Importance for Domestic Battery Manufacturing
This development marks a significant step toward strengthening domestic lithium-ion manufacturing capabilities. By establishing a scalable and technology-diverse production base in Bengaluru, the company is aligning with broader industry trends focused on localization, supply chain resilience, and electrification growth. The facility is expected to play a key role in supporting demand from electric vehicles, grid storage, and other emerging applications, while also reducing reliance on imported battery cells.
Frequently Asked Questions
When will Exide Industries' Bengaluru lithium-ion plant start operations?
The lithium-ion cell manufacturing facility developed by Exide Industries in Bengaluru is targeted to become operational in FY 2027, with phased production starting earlier through sample deliveries. Cylindrical cell lines are expected to begin customer sampling by Q1 FY 2027, followed by prismatic cell trials shortly after. The facility is currently in advanced stages of installation, validation, and homologation, ensuring readiness for commercial-scale production aligned with industry standards and customer requirements.
What is the planned capacity and technology scope of the facility?
The Bengaluru facility will start with an initial production capacity of 6 GWh, which can be scaled up to 12 GWh depending on market demand and expansion plans. It will feature four production lines capable of manufacturing both cylindrical and prismatic lithium-ion cells. The plant supports multiple chemistries, including LFP and NMC, enabling flexibility across various applications such as electric vehicles and energy storage systems while addressing different performance and cost needs.
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