The HyTrix™ U3 Series is a revolutionary "Production-Storage-Generation" 3-in-1 hydrogen energy container system. It condenses complex power-to-hydrogen coupling engineering into a standardized mobile energy module, designed to solve challenges in new energy consumption, distributed power supply, and long-duration energy storage.
Case Details
HyTrix U3 Series: 3-in-1 Modular Hydrogen Energy Container Workstation
HyTrix: Generate. Store. Power.
Product Overview
The HyTrix U3 Series is a revolutionary "Production-Storage-Generation" 3-in-1 hydrogen energy container system. It condenses complex power-to-hydrogen coupling engineering into a standardized mobile energy module, designed to solve challenges in new energy consumption, distributed power supply, and long-duration energy storage.
As a key component of the future new power system, the HyTrix U3 marks a leap from "customized engineering" to "standardized products," providing users with a plug-and-play, flexibly deployable zero-carbon energy solution.
Core Specifications and Performance
- Energy Throughput: Consumes 2,500 kWh of green electricity daily to produce 45 kg of high-purity hydrogen.
- Power Feedback: Can reversely output over 700 kWh of green electricity during peak demand.
- System Efficiency: Core converter efficiency ≥98.5%; Fuel cell cogeneration efficiency >85% (based on higher heating value).
- Deployment: Standard container design supporting multi-module parallel expansion, flexibly adapting to various scale requirements.
Modular Functional Design
The HyTrix U3 features a unique "drawer-style" standardized port design, supporting the flexible plugging of material and information flows to realize three core operating modes:
- Electricity-to-Hydrogen Storage Mode: Connects to energy storage equipment to convert unstable new energy power into hydrogen for long-term storage.
- Hydrogen Output Mode: Acts as a hydrogen production hub, connecting to external storage modules or pipe networks to expand hydrogen supply scale.
- Power Output Mode: Switches to built-in hydrogen fuel cell generation mode to provide stable green power to the grid or loads.
Core Technology Advantages
High-Efficiency Reaction and Separation System
- Porous Electrode Technology: The electrode surface is covered with microscopic channels, increasing the reaction surface area by over 1,000 times compared to flat electrodes of the same size, achieving significant downsizing of the electrolyzer and an exponential leap in reaction efficiency.
- Cyclonic-Horizontal Composite Separator: Abandoning traditional heavy gravity settling barrels, it pioneers a composite separator integrating "centrifugal + filter mesh" functions. Through high-speed rotation to甩 water and baffle plates for precise interception, it achieves a separation efficiency of up to 99.995% with only 1/3 the volume of traditional equipment.
Highly Integrated Architecture
3. Fuel Cell Integration: Adopts gradient flow channel design, eliminating the need for extra pressure regulating devices. Auxiliary components (hydrogen valves, water pumps, electronic controls) use an "exoskeleton" integrated packaging, significantly shortening pipelines, eliminating idle space, and increasing power density.
4. Five-Port High Power Density Converter: Achieves energy conversion efficiency above 98.5%, with cogeneration efficiency surpassing international benchmarks.
Intelligent Meteorological Algorithm
5. Source-Load Collaborative Prediction: Built-in algorithms predict photovoltaic output one day in advance based on meteorological data to generate hydrogen production curves; these are corrected to the minute during operation based on real-time weather.
6. Wide Power Fluctuation Adaptation: Capable of adapting to new energy power fluctuations from 19.8% to 152%, ensuring stable system operation under extreme weather or light changes, leading global green hydrogen equipment levels.
Intrinsic Safety and Solid-State Hydrogen Storage
7. Low-Pressure Solid-State Metal Hydrogen Storage: Uses manganese-based solid metal materials to achieve low-pressure safe hydrogen storage, eliminating high-pressure leakage risks at the source.
8. Microsecond-Level Response Protection: The container is densely packed with nearly 20 monitoring probes. Combined with pioneering hydrogen micro-leakage warning and positioning technology, the linkage protection response time is only 56 milliseconds, providing early warning and rapid disposal for any potential risks.
Application Scenarios
- Industrial Park Living Heating: Utilizes waste heat generated during hydrogen production, storage, and power generation. Recovers 50°C-65°C hot water via circulating cooling water to provide heating for showers and laundry in nearby employee dormitories.
- Hydrogen Transportation Energy Supply: Delivers green hydrogen to refueling stations via direct pipeline connection or mobile refueling, providing clean fuel for hydrogen vehicles and buses in the park.
- Agricultural and Remote Area Comprehensive Energy Supply:
- Agricultural Parks: Realizes synergistic utilization of heat, electricity, hydrogen, and oxygen, such as greenhouse temperature control, hydrogen-rich water aquaculture, and fish pond aeration.
- Remote Areas: Suitable for power grid-weak regions like high-cold borders, islands, and high mountains, achieving energy self-sufficiency.
U3 HyTrix - Mobile, Scalable Hydrogen Energy Workstation!
