Hylan Power One provides advanced reversible solid oxide cell (R-SOC) technology for efficient green hydrogen production. They offer integrated Balance of Plant (BOP) solutions to enable scalable deployment for industrial clean energy transitions and decarbonization.
Funding
Funding not disclosed
Founders
Product
Problem
The transition to clean energy is hindered by the need for efficient and scalable green hydrogen production methods. Current technologies often lack the necessary efficiency or integration capabilities to support widespread industrial adoption and grid stability.
Solution
Hylan Power One develops advanced reversible solid oxide cell (R-SOC) technology for efficient green hydrogen generation. The company provides integrated Balance of Plant (BOP) solutions, enabling seamless deployment for industrial clean energy transitions. By focusing on high-temperature electrolysis and fuel cell applications, Hylan Power One enhances energy storage and utilization, contributing to decarbonization efforts. Their approach leverages solid oxide technology to create scalable systems for hydrogen production and power generation.
Target Audience
The primary customers are industrial enterprises and energy providers seeking to implement green hydrogen production and clean energy solutions. This includes sectors focused on decarbonization and renewable energy integration.
Features
- Reversible Solid Oxide Cells (R-SOCs) for high-efficiency hydrogen production and fuel cell operation.
- Anode Supported Cells (ASC) and Electrolyte Supported Cells (ESC) variants with customizable dimensions (50x50mm, 100x100mm).
- NiO-based anodes for catalytic activity and electrical conductivity, and Zirconia-based electrolytes for mechanical strength and gas tightness.
- Stack assemblies with internal or external manifold designs, rated at 1KW per stack, utilizing appropriate sealants for leak prevention.
- Solid Oxide Fuel Cells (SOFCs) available from 1KW up to MW scale, with reversible capabilities.
- Comprehensive Balance of Plant (BOP) design and integration services for complete clean energy systems.
- Waste heat recovery integration to improve electrolysis efficiency.