Industrial Fuel Cell Power/Combined Heat and Power System – 150kW Fuel Cell CHP System

Product Overview
The 150kW Fuel Cell Combined Heat and Power (CHP) System is a high-efficiency energy solution that integrates both power generation and heating capabilities, specifically designed for industrial applications. Utilizing fuel cell technology, the system efficiently converts hydrogen into electricity and thermal energy, providing stable power and hot water. It is widely applicable to various industrial facilities, particularly those with high energy efficiency and environmental requirements. With a high degree of integration, the system boasts a domestic component localization rate of 95%, ensuring efficient, stable, and economical operation.

Product Features

• High-Efficiency Energy Conversion: The overall CHP efficiency exceeds 92%, with a high thermal efficiency of 81%, significantly improving energy utilization.
• Excellent Hydrogen Utilization: Hydrogen utilization rate exceeds 95%, achieving efficient hydrogen conversion and maximizing energy output.
• High Stability & Domesticization: The system's components are 95% localized, reducing production and maintenance costs while ensuring long-term operational stability.
• Grid-Connected and Off-Grid Modes: Supports 380V AC grid connection for industrial power needs and can also operate independently, offering flexible energy supply solutions.
• Eco-Friendly & Low-Carbon: The system uses hydrogen as a fuel source, producing zero emissions and meeting modern industrial environmental standards, helping enterprises reduce their carbon footprint.

Application Areas

• Industrial Parks and Factories: Provides stable electricity and hot water to medium and large industrial parks and factories, particularly suited for energy-intensive industries such as chemicals and manufacturing.
• Energy-Intensive Enterprises: Offers efficient energy solutions for energy-intensive industries (such as steel and power), effectively reducing energy costs and enhancing energy efficiency.
• District Heating Systems: Can be applied in centralized heating systems, offering stable thermal energy output for large heating applications in cities, industrial parks, and similar locations.
• Emergency Backup Power: In case of power interruptions or emergencies, the system can serve as a backup power source, ensuring continuous operation of production facilities.