Our Products

Hydrogen Technology Products

From milliwatt-scale R&D cells to 100 kW industrial generators — every system built and tested in-house by our team of scientists.

⚗️ Electrolyzers ⚡ Fuel Cells 🌿 CO₂ Reduction 🔬 R&D Platforms
PEM Hydrogen Electrolyzer range from 100cm² to 1600cm² MEA area
7-cell electrolyzer stack top view
Student demonstration unit green hydrogen generator
Hydrogen microgrid system
Electrolyzers

On-Site Hydrogen Generators

PEM (Proton Exchange Membrane), AEM (Anion Exchange Membrane), and Alkaline electrolyzers — all designed and manufactured in India. Eliminate your dependency on hydrogen cylinders with safe, on-demand on-site generation.

Capacity Range
0.01 – 100 kW
Hydrogen Purity (PEM)
99.999%
MEA Area
100 – 1,600 cm²
Stack Pressure
Up to 30 bar
✓ PEM, AEM, and Alkaline configurations available
✓ Student demo units (100 cm²) to industrial stacks (1,600 cm²)
✓ IoT-enabled real-time monitoring via mobile app
✓ In-house MEA fabrication — no third-party dependency
✓ Custom flow field plate design for each application
✓ 24/7 technical support and remote diagnostics
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Applications

💊
Pharma & Lab Grade H₂
💎
Jewelry & Metal Refining
⚡
Green Energy Storage
🎓
University Research
Large PEM fuel cell stack for industrial and transport power generation
PEM fuel cell with tie rods assembly
Exploded bipolar plate view
High power fuel cell module
Fuel Cells

PEM Fuel Cell Systems

Convert green hydrogen directly into electricity with our customised PEM fuel cells. From single-watt bench-top research cells to multi-hundred-kilowatt commercial power systems — scalable for any application.

Power Output
1 W – 400 kW
Fuel
Pure H₂ / Reformate
Operating Temp.
60 – 80 °C (PEM)
Efficiency
> 55% electrical
✓ Drones and light UAV applications (1 W – 5 kW)
✓ Residential and commercial backup power (5 – 100 kW)
✓ Heavy transport: buses, trucks, locomotives (100 – 400 kW)
✓ Custom bipolar plate design (machined, stamped, 3D printed)
✓ Full BOP (Balance of Plant) integration
✓ Durability testing and MEA optimization in-house
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Applications

🛸
Drones & UAVs
🚌
Electric Buses
🏗️
Backup Power
🚢
Marine & Rail
Carbon Capture, Utilization and Storage (CCUS) process diagram
Gold catalyst deposited on Gas Diffusion Electrode for CO2 reduction
MEA sample preparation for CO2 electrolyzer
CO₂ Reduction

CO₂ Reduction Electrolyzers

Electrochemical CO₂ reduction systems that convert waste carbon dioxide into valuable chemicals and fuels. Combine with green hydrogen production to create a closed-loop sustainable energy cycle.

Input
CO₂ + H₂O
Products
CO, HCOOH, C₂H₄
Catalyst
Au, Ag, Cu, Bi GDE
Faradaic Eff.
> 90% (CO)
✓ CO₂ → CO (Gold catalyst, >90% Faradaic efficiency)
✓ CO₂ → Formic Acid (HCOOH) for hydrogen carriers
✓ CO₂ → Ethylene (C₂H₄) for chemical feedstocks
✓ MEA-based flow cell or H-cell configurations
✓ Custom GDE preparation with RF sputtering in-house
✓ Scalable from research to pilot plant
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Shakti Photon Solutions R&D lab — hydrogen research and testing workspace at IIT Madras Research Park
Gold deposition on anode GDE samples
MEA recycling process showing recovered catalyst
R&D test setup for fuel cell characterization
R&D Platforms

Research Workstations

Custom-built research and development platforms for academic labs and industrial R&D teams. Accelerate catalyst discovery, membrane development, and electrochemical characterization with purpose-built equipment.

Cell Area
1 – 400 cm²
Temperature Range
RT to 200 °C
Current Range
Up to 200 A
Interfaces
USB, RS-232, GPIB
✓ Catalyst Discovery Platform — high-throughput screening
✓ Photo-Electro-Chemical (PEC) R&D system with light sources
✓ GDE-based electrolyzer and fuel cell test rigs
✓ H-cell configuration for new catalyst screening
✓ Full data acquisition with EIS, CV, and polarization curves
✓ Custom software integration for automated testing protocols
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Who Uses R&D Platforms

🏛️
IITs & NITs
🔬
CSIR Labs
🏭
Chemical Industry
⚗️
Catalyst Developers
In-House Capability

MEA Manufacturing & Recycling

We manufacture Membrane Electrode Assemblies (MEAs) in-house using our RF sputtering, ultrasonic spray, and hot press equipment. We also recover precious metals (Pt, Ir, Au) from spent MEAs through our documented recycling process — verified by XRD analysis.

MEA recycling process with precious metal recovery

Need a Custom Configuration?

Every installation is unique. Tell us your exact requirements — our scientists will design a solution tailored to your application and budget.

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