XINTC manufactures modular electrolyzer systems for scalable and cost-effective hydrogen production. Their flexible, plastic-based modules offer intrinsic safety and can integrate with intermittent power sources, reducing total cost of ownership for middle-market businesses.
Funding
Funding not disclosed
Founders
Product
Problem
The global middle-market faces challenges in accessing scalable and cost-effective hydrogen production solutions. Existing electrolyzer systems often lack the modularity and flexibility required to adapt to varying capacity demands and intermittent power sources, leading to higher total cost of ownership.
Solution
XINTC manufactures modular electrolyzer systems designed for the global middle-market, offering a flexible and scalable approach to hydrogen production. These systems utilize technical plastics and advanced assembly techniques to create liquid- and gas-tight modules, ensuring intrinsic safety and optimal process control. The modular architecture allows for incremental capacity expansion and seamless integration with intermittent power sources like wind and solar. Each module is equipped with embedded electronics for precise control and monitoring, enabling operation at the most efficient point regardless of load. This design minimizes wear parts and material degradation, contributing to a lower total cost of ownership and extended operational lifespan.
Target Audience
XINTC targets businesses in the middle-market seeking adaptable and cost-efficient hydrogen generation solutions, including those in the built environment, mobility, industry, and energy sectors.
Features
- Modular, multi-core electrolyzer system architecture for scalable hydrogen production.
- Technical plastic construction for liquid- and gas-tight modules, enhancing intrinsic safety.
- Embedded Module Management Control electronics for individual module optimization and process monitoring.
- Gas modules capable of over 100,000 on/off cycles without significant performance degradation.
- Flexible power supply integration supporting intermittent and dynamic operation from various sources.
- Adjustable hydrogen output pressure ranging from 0.5 bar(g) up to 350 bar through linked process modules.
- Hydrogen purity grades from 2.5 (99.5%) to 5.0 (99.999%), compliant with ISO 14687:2019.
- Containerized units accommodating up to 8 system sections, enabling up to 1.2 MW nominal capacity.
- Optional Compression & Purification Module (CPM) for enhanced output pressure and purity without hydrogen loss.
- Low maintenance design with minimal wear parts and long-running components.