Net Zero Infrastructure

Hydrogenizing
The Future.

Generating high-purity Green Hydrogen through India's largest solar-wind hybrid ecosystems.

99.99%

Gas Purity

Hybrid

Wind/Solar

Industrial

Scalable EPC

Hydrogen Infrastructure
Plant View
Production Unit
Our Capability

The Green Core Ecosystem.

From harvesting electrons to delivering high-purity molecules. One integrated solution.

01

Energy Harvesting

Capturing unlimited solar and wind energy through multi-gigawatt utility-scale parks across India.

  • ~7.7 GW Group Portfolio
  • Hybrid Integration
02

The Conversion

Utilizing advanced Alkaline technology to split water into high-purity Green Hydrogen.

  • 99.99% Purity
  • Zero Emission
03

Storage & Supply

Safe compression, storage, and logistical delivery for industrial and commercial heavy-use.

  • BESS Integration
  • Logistics EPC
KP

Industrial Leadership

Matar Plant Phase I Active

156+

MTPA Capacity

100%

Carbon Neutral

Scale & Engineering

Green Infrastructure.
Global Impact.

Managing the complete green hydrogen lifecycle—from 1 MW renewable generation to high-purity industrial delivery.

Production Facility

Main Plant

Phase I Active

Global Vision

Net Zero

By 2030

Solar Harvesting
GENERATION
Tech Detail

The Solution

Decarbonizing with Precision.

Our electrolysis technology doesn't just produce fuel; it produces a future where industry and nature exist in a perfect cycle.

99.99% Pure Hydrogen Gas
Zero Carbon Byproduct

Our Ecosystem

Integrated Solutions for a Hydrogen Economy.

KPI delivers a fully integrated value chain, harnessing its renewable energy portfolio to produce next-generation, carbon-free industrial molecules.

Mobility

Hydrogen Mobility

Powering the future of logistics. We provide end-to-end refueling infrastructure and high-purity H2 for Fuel Cell Electric Vehicles (FCEVs), targeting heavy-duty transport and long-haul shipping.

Zero Emission FCEV Ready
Onsite

Onsite Generation (BOO/BOOT)

We eliminate the CAPEX barrier for industries. Under our Build-Own-Operate model, we install 1MW+ Alkaline Electrolyzers at your site, managing the entire lifecycle from renewable sourcing to O&M.

No CAPEX EPC Excellence
Ammonia

Green Ammonia Synthesis

Bridging the gap between production and global transport. We specialize in converting H2 into Green Ammonia, a stable carrier for fertilizers and carbon-neutral chemical feedstock.

Haber-Bosch Optimized Export Ready
Fuel Cell

Application Development

Developing customized energy storage and off-grid power solutions. From stationary fuel cells for data centers to specialized battery energy storage (KPSE) integration.

Grid Stability KPSE Sync

Real-Time Sustainability

Green Energy Transformation

1MW+

Hydrogen Production Facility

~200 Nm³

hydrogen/hour

99.99%

Hydrogen purity

Global Strategic Reach

MoUs and alliances that solidify our position as India's Hydrogen export hub.

View All News
South Korea

South Korea Strategic Partnership

MoU with Jeonbuk Province for technology exchange and global NH3 bunkering.

Learn More
Gujarat MoU

₹8,000 Crore Green Investment

Strategic commitment with Gujarat Govt for EV fuel stations and H2 plants.

Learn More
Gujarat MoU

Green Energy Expansion in Karnataka

Partnering with the Karnataka Government to deploy on-site Hydrogen generation and EV charging infrastructure across national highways.

Learn More
H2

The Science

Defining the Purest Energy Carrier.

"Green Hydrogen is not a fuel we find; it is a carrier we create using the power of the sun and wind."

Unlike 'Grey' or 'Blue' hydrogen which rely on fossil fuels (Natural Gas), Green Hydrogen is produced through a process called Electrolysis. By passing an electric current—sourced entirely from renewable energy—through water (H2O), we split the molecules into high-purity Oxygen and Hydrogen.

5.9+ Million Carbon Emissions Saved
99.99% Gas Purity

The Lifecycle of Green H2

1
Renewable Input

Solar or Wind energy is harvested from KP Group's Solar parks.

2
Electrolysis

Electrical energy splits water (H2O) inside an Alkaline Electrolyzer unit.

3
Storage & Transport

The resulting H2 is compressed or converted to Ammonia (NH3) for industrial use.

Start Your Clean Energy
Transition Today.

Inquire about our BOO (Build-Own-Operate) models for your industrial facility.

Consult Our Engineers