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A Vikram Solar Group Company | Energy Storage for Every Need

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Advanced Lithium-Ion Chemistry

PowerHive’s cell platform is built around Lithium Iron Phosphate (LFP) chemistry — selected for its superior thermal stability, long lifecycle and operational safety under demanding conditions.

Our cells are being engineered to deliver reliable performance across diverse applications — from residential storage systems to large-scale utility deployments.

Key advantages include:

  • High cycle life (≥12,000 cycles) enabling long-term usage
  • Strong thermal stability suited for high ambient temperatures
  • Optimized energy density for efficient system design
  • Stable performance under continuous cycling
  • Safety-first architecture at the cell level

High-Capacity Cell Portfolio

PowerHive is developing high-capacity prismatic lithium-ion cells designed for scalable and high-performance energy storage systems.

314 Ah Cell

  • Lithium Iron Phosphate (LFP) chemistry
  • ≥173 Wh/kg energy density
  • ≥382 Wh/L volumetric density
  • ≥12,000 cycle life

587 Ah Cell

  • Lithium Iron Phosphate (LFP) chemistry
  • ~185 Wh/kg energy density
  • ~413 Wh/L volumetric density
  • ≥12,000 cycle life

These cells are optimized for:

Utility-scale BESS deployments

High-capacity battery pack integration

Long-duration energy storage applications

Designed for System Integration

PowerHive’s cell platform is being developed with a strong focus on seamless integration across battery packs and containerized BESS systems.

This vertical integration ensures:

  • End-to-end performance optimization
  • Improved round-trip efficiency
  • Better depth of discharge utilization
  • Optimized thermal and electrical performance
  • Reduced system complexity and losses

By controlling the value chain from cell to system, PowerHive enables higher reliability and efficiency across all deployment scenarios.

Manufacturing Roadmap

PowerHive is executing a phased and disciplined expansion strategy to build one of India’s most scalable energy storage manufacturing platforms.

Our roadmap is designed to align capacity expansion with market demand, technology maturity and ecosystem readiness — ensuring sustainable growth and operational efficiency.

Phase 1 (FY26–27)

5 GWh BESS assembly facility

Phase 2 (FY28–29)

7.5 GWh integrated Cell & BESS manufacturing facility

Phase 3 (Beyond FY29)

Scaling to 15 GWh and ultimately 30 GWh of combined cell and BESS manufacturing capacity

This phased scale-up enables:

  • Capital-efficient expansion
  • Faster market responsiveness
  • Strengthened supply chain control
  • Consistent quality across production

1

PowerHive plans to setup a 10 GWh of integrated container manufacturing plant by Q4- FY 27.

2

The 10 GWh facility will be scaled to 30 GWh facility by Q4 FY ’30 to capture ~13% of the battery market in India.

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