INNOVATION LAB

REDEFINING
ALKALINE ELECTROLYSIS

By optimizing the classic chemistry with modern materials science, we've created the world's most robust and efficient hydrogen generation platform.

The Advanced Alkaline Advantage

Proven reliability meets next-generation performance metrics.

High Current Density

Operating at 0.8 A/cm², our bipolar stacks deliver higher hydrogen output per cell, significantly reducing the physical footprint and CAPEX compared to traditional atmospheric alkaline systems.

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Dynamic Response

Engineered for renewables. Our system can ramp from 10% to 100% load in seconds, perfectly coupling with the intermittent nature of solar and wind energy without degradation.

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Modular Scale

A standardized stack design that scales linearly. From a single 5MW container to a 1GW plant, the core technology remains consistent, simplifying maintenance and spare parts.

Anatomy of Efficiency

Hover over the blue dots to explore our patented stack design.

Verde Stack Anatomy

Patented Stack Architecture

Move your mouse over the blue dots on the image to see detailed specifications of each component.

Setting the New Standard

Verde Hydrogen bridges the gap between traditional reliability and modern performance. By optimizing the bipolar architecture, we achieve PEM-like current densities at an Alkaline price point.

  • LCOH Optimized: Lowest total cost of ownership over 20 years.
  • 30-Year Lifespan: Proven durability exceeding PEM capabilities.
  • Energy Efficient: Leading the industry at 4.0 kWh/Nm³.
VERDE ADVANCED STANDARD PEM TRADITIONAL AWE

*Benchmark data derived from IRENA "Green Hydrogen Cost Reduction" (2020) and Verde internal testing data (2024).

LCOH Index ($/kg) LOWER IS BETTER
VERDE
$$
TRAD AWE
$$
PEM
$$$$
System Lifespan (Years) LONGER IS BETTER
VERDE
30+ Years
TRAD AWE
25 Years
PEM
15 Years
System Efficiency (kWh/Nm³) LOWER IS BETTER
VERDE
4.0
PEM
4.4
TRAD AWE
4.8
Site Footprint SMALLER IS BETTER
PEM
Smallest
VERDE
Compact
TRAD AWE
Large