Deep-Tech Energy Infrastructure

Building India's Energy and Semiconductor Backbone

Pioneering multi-chemistry battery technology with LFP, Sodium-Ion, and LMFP cells. Expanding into OSAT and power semiconductors to create an integrated energy ecosystem.

Diagram of the Carbolium energy ecosystem. Solar and wind farms and the power grid send electricity into battery energy storage; storage and the grid exchange power in both directions; Carbolium cells and packs and semiconductor power electronics go into the storage systems; storage then powers homes, industry and EV charging.

Generate

Solar Farm

Solar Farm

Renewable generation

Wind Farm

Wind Farm

Renewable generation

Power Grid

Power Grid

Two-way exchange

Make & Store · Carbolium

Cells & Packs

Cells & Packs

LFP · Na-ion · LMFP

Semiconductors

Semiconductors

Power modules · 2027–28+

Battery Energy Storage

Battery Energy Storage

100 kWh – 10 MWh+

Use

Homes & Industry

Homes & Industry

5 – 100 kWh systems

EV Charging

EV Charging

Storage-backed charging

Electricity flowTwo-way grid exchangeCells & packs deliveredPower electronics & control

Illustrative photos via Wikimedia Commons, not Carbolium facilities: Lucas Faria / U.S. Dept. of Energy (Public domain) · Karsten Würth (CC0) · Zonk43 (Public domain) · Sevenethics (CC0) · Aileen Devlin / Jefferson Lab (Public domain) · BLM California (Public domain) · Vyacheslav Argenberg (CC BY 4.0, cropped) · Fortunate4now (CC0).

Cell chemistries
3
Cycle life (LFP)
8000+
Grid-scale systems
10 MWh+
LFP CellsSodium-IonLMFPBattery PacksBESSGrid-Scale StorageResidential StorageOSATPower SemiconductorsSiC Devices

Our Ecosystem

Integrated Value Chain

From cell manufacturing to grid-scale deployment, with future expansion into semiconductor technology.

  1. 1

    Cells

    LFP, Na-ion, LMFP

    Wh
  2. 2

    Battery Packs

    Custom configurations

    kWh
  3. 3

    Storage Systems

    BESS & residential

    kWh – MWh
  4. 4

    Industrial/Grid

    Large-scale deployment

    MWh+
  5. 5

    Semiconductor

    Future expansion

    Coming Soon
Value chain coverage4 of 5 stages today · all 5 by 2028+

Products

Multi-Chemistry Solutions

View All Products

LFP Cells

High safety, long cycle life lithium iron phosphate cells for demanding applications.

CylindricalPrismaticBlade

Sodium-Ion

Next-generation sodium-ion technology with excellent low-temperature performance.

StandardHigh Power

LMFP

Enhanced energy density with manganese-doped lithium iron phosphate chemistry.

PremiumStandard

BESS

Complete battery energy storage systems for utility and commercial applications.

IndustrialGrid-Scale

Residential Storage

Compact, efficient energy storage solutions for homes and small businesses.

HomeSmall Business

Commercial Storage

Scalable storage systems designed for commercial and light industrial use.

MediumLarge

Technology

Built for the Future

Our technology foundation combines cutting-edge research with production-ready reliability.

Multi-Chemistry Capability

Expertise across LFP, Sodium-Ion, and LMFP chemistries allows us to deliver optimal solutions for diverse use cases, from grid storage to electric mobility.

Scalable Architecture

Modular design philosophy enables seamless scaling from kilowatt-hour residential systems to megawatt-hour grid installations.

Supply Chain Strength

Strategic partnerships and vertical integration ensure reliable material sourcing, competitive pricing, and consistent quality.

SafetyCycle LifeEnergy DensityCold PerformanceCost Efficiency

LFP: The workhorse: excellent thermal stability and 8000+ cycle life for storage and mobility.

Indicative comparison

Roadmap

Strategic Vision

A clear path from energy storage leadership to integrated semiconductor capabilities.

Energy Storage

Now

OSAT

2027-2028+

Semiconductor

2028+

Active

Phase 1

Energy Storage

Current

Establishing leadership in multi-chemistry battery cell manufacturing and integrated storage systems for residential, commercial, and grid applications.

  • LFP cell production
  • Sodium-Ion development
  • BESS deployment

Phase 2

OSAT

2027-2028+

Expansion into Outsourced Semiconductor Assembly and Test services, leveraging our manufacturing expertise for power electronics.

  • Facility setup
  • Process qualification
  • Initial production

Phase 3

Semiconductor

2028+

Full vertical integration with power semiconductor manufacturing, completing our vision of an integrated energy-tech ecosystem.

  • Design capability
  • Fab partnership
  • Product launch

Why Carbolium

The Right Market, The Right Time

Massive Market Demand

Global energy storage market projected to grow 10x by 2030. India alone needs 500+ GWh of storage capacity to meet renewable energy targets.

Today · 1x2030 · 10x

500+ GWh

India's storage need by 2030

India Opportunity

Strategic position in one of the world's fastest-growing energy markets. Government incentives, PLI schemes, and policy tailwinds support domestic manufacturing.

PLI SchemesGovt. IncentivesDomestic MfgRenewable Targets

$15B+

Projected market size

Vertical Integration

From cells to systems to semiconductors, our integrated approach delivers cost advantages, quality control, and supply chain resilience that competitors can't match.

3x

Value chain coverage

Ready to Partner with Carbolium?

Whether you're looking for energy storage solutions, exploring investment opportunities, or seeking a strategic partnership, we're here to help.