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Hypower
Green Energy Technologies

India-first clean-tech

Green Hydrogen Systems for India

Modular electrolyzers and hydrogen storage — engineered for shared mobility, marine use, and resilient microgrids.

Pitch deck Partner with us

Why we exist

From diesel-dependence to a liquid-clean India

We build modular electrolyzers so the places that burn the dirtiest fuel today — fishing harbors, inland waterways, fleet depots, village microgrids — can cut diesel without changing how they work.

Early prototypes left the lab fast: tested at docks and depots, tuned for fast refuel, rugged hardware, and simple operations rather than lab trophies.

≤ 5 min
Target refuel for fleet autos & boats
1–20 MW
Electrolyzer blocks for RE projects
Mission

Deliver bankable H₂ assets that replace diesel in mobility, marine, and microgrids — without asking operators to relearn their job.

Vision

A liquid-clean energy network where green hydrogen move like today’s fuels, stabilizing the grid and powering work from coasts to hills.

How we build
  • Field-first engineering: Designed for docks, depots, and dusty roads.
  • RE-native control: Handles curtailment, intermittency, and seasonal swings.
  • Bankable product: Standard skids, clear warranties, service playbooks.
Status

Prototyping stacks and balance-of-plant; pilots with partners underway; early awards and incubation support de-risking first deployments.

Elevate Karnataka — Winners JSS STEP Accelerator Sagarmala PoC Award ’25
Safety by design: Codes, interlocks, and operator training built into every skid.
Cost-aligned transition: TCO parity targets for fleets and marine duty, not just pilots.
Partnership-led scale: Deployments with Vimano, Pentair, DU, MIT (Manipal), Jaipur, HPCL and others.

Fuel Cell R&D

Compact, modular stacks; non-precious catalysts; auto & marine duty cycles.

Electrolyzers & Storage

PEM/alkaline options from 1–20 MW; compressed, cryogenic, and LOHC storage.

Sustainable Impact

Diesel displacement, renewables integration, and rural electrification at scale.

Technology

Modular systems engineered for Indian conditions — efficient, serviceable, and safe.

Electrolyzer

Advanced Electrolysis

  • PEM / Alkaline stacks with high efficiency
  • Dynamic response for wind/solar profiles
  • EPC-ready skids from 1–20 MW
Hydrogen Storage

Safe & Scalable Storage

Compressed, cryogenic, and LOHC — engineered to codes & safety standards.

RE + Grid Integration

RE-Native Integration

Wind/solar-coupled electrolysis enabling seasonal storage and grid balancing.

Products

Electrochemical materials and hardware to build reliable hydrogen systems — from lab to MW scale.

PiperION® AEM Membrane (40 μm)

Self-supporting anion exchange membrane for water electrolysis, CO₂ reduction, and AEM fuel cells. High ionic conductivity and alkaline durability.

Specs
  • Ionic conductivity ≥ 60 mS/cm
  • Continuous operation up to ~80 °C
  • Durability testing > 1000 h

AEL / AEM Anode Electrodes

Ni–Fe / Co-based OER electrodes on SS/Ti supports for alkaline and AEM electrolysis; low polarization resistance and long life.

Specs
  • High current efficiency (>95%)
  • Custom geometries for lab → pilot → MW
  • Reduced noble-metal dependency

Electrochemical Accessories

Fuel-cell hardware, MEAs, bipolar/monopolar plates, gaskets, and end plates — modular kits for rapid iteration.

Includes
  • Bipolar/monopolar plates (graphite, Ti, SS)
  • MEAs for PEM/AEM, end plates & fixtures
  • Current collectors & compression sets

Reference Electrodes

Ag/AgCl, SCE, RHE, and pseudo-reference designs for precise potential control in corrosion and kinetics studies.

Options
  • Leak-free ceramic junctions
  • Temperature-compensated potentials
  • Flow-cell integration on request

Stationary & RRDE Electrodes

Glassy carbon, Pt, Au discs and rotating ring–disk systems for catalyst screening and mechanistic studies.

Specs
  • Mirror-polished surfaces
  • Interchangeable shafts & contacts
  • RRDE (Au/Pt/GC) options

Electrolyzer Modules — PEM & AEM

Turn-key stacks and skids with BoP for hydrogen generation; ruggedized for variable RE inputs.

Specs
  • Power range: 1 kW – 20 MW modular
  • Stack voltage efficiency ≥ 82%
  • Pressure: up to ~30 bar (PEM) / ~10 bar (AEM)

Porous Sintered Electrodes & Supports

Sintered SS, Ni, Ti substrates for gas diffusion and thermal management in stacks.

Options
  • Custom porosity & thickness
  • Catalyst-coated variants available
  • Lab to industrial sizes
Request datasheets PEM/AEM stacks, MEAs, and reference cells available on request.

Consultation & Lab Services

Applied electrochemistry support for industry and research — from prototype design to scale-up.

Domains

  • Corrosion & electroplating
  • Batteries & fuel cells
  • Water electrolysis & electrodialysis
  • Supercapacitors

Capabilities

  • Potentiostat/galvanostat up to 100 A
  • EIS & gas analysis
  • Accelerated aging & environmental chambers
  • Custom MEA/electrode fabrication
Discuss your project

Applications

Shared Mobility

Two/three-wheelers & fleet autos with rapid refuel and low TCO.

Marine & Ports

Inland boats & harbor craft; shore power and hybrid retrofits.

Rural Microgrids

Resilient village power & agri-processing with renewables + H₂/NH₃.

Achievements

Elevate Karnataka — Winners

State innovation program recognition for clean-tech impact.

JSS STEP Accelerator

Selected cohort; product & market acceleration support.

NTCWPC Maritime Hackathon

Sagarmala Startup Initiative — PoC Award (2025).

BBC — Virtual Incubation

Ongoing virtual incubation (BBC) with expert mentoring.

Vimano Logo Vimano
Pentair Logo Pentair
Delhi University Logo Delhi University
Manipal Institute Manipal Logo Manipal Institute, Manipal
Manipal Institute Jaipur Logo Manipal Institute, Jaipur
HPCL Logo HPCL

About Hypower Green

India-based clean-tech startup accelerating the green hydrogen economy. We blend electrochemistry, power electronics, and project development to deliver bankable H₂/NH₃ assets.

  • Founder-led engineering team
  • Supplier network across stacks, BOP, and storage
  • Pilot deployments with industrial partners
Team / Lab

Our Journey & Future Vision

From sketches in the lab to pilots on the water—and onward to scalable green-hydrogen systems for India.

  1. 2023

    Foundations

    Hypothesis, early stack concepts, and problem validation with fleet/marine operators.

    Concept Lab setup
  2. 2024

    Prototypes & Acceleration

    Lab prototypes and bench tests; selected for JSS STEP Accelerator.

    Prototypes JSS STEP
  3. 2025

    Recognition & Pilots

    Elevate Karnataka — Winners • NTCWPC Maritime Hackathon (Sagarmala) — PoC Award.
    Virtual incubation at BBC (ongoing).

    Partners: Vimano, Pentair, Delhi University, Manipal Institute of Technology, Jaipur, HPCL.

    Awards Pilots Incubation
  4. 2026 — Planned

    Field Deployments

    Multi-site trials in marine/ports & rural microgrids; reliability data and BoS optimization.

    Planned Deployments
  5. 2027 — Vision

    Scaled Impact

    Commercial roll-outs: 1–20 MW electrolyzer blocks, and H₂/NH₃ logistics for fleets & ports.

    Vision Scale

Leadership

The team driving Hypower Green’s technology and partnerships.

Ravikumar, PhD

Founder & Director

Radha Shivaramaiah, PhD

Founder & Director

Shiva Kumar, PhD

Research Engineer

Dr Muhammad Musthafa, Phd

Advisor

S
admin@hpgreenenergytech.com
+91-00000-00000
Bengaluru, India
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