Hydrogen —— sustainable future in reach

Hydrogen is a clean energy source that enables true zero-carbon emissions at the point of end use, with diverse and widely available feedstock sources. As such, it represents a key green energy solution for advancing deep decarbonization in sectors including transportation and industry.

Industry Overview

Comprehensive Hydrogen Production System Solution

The overall hydrogen production system solution is a complete engineering integration plan that uses specific energy sources and raw materials as the basis, and through core conversion, separation and purification, as well as intelligent control processes, produces qualified hydrogen on a large scale. The current development focuses on the “green electricity to green hydrogen” integrated system that is deeply coupled with renewable energy, as well as highly integrated and rapidly deployable modular and containerized designs, aiming to reduce the levelized hydrogen production cost and improve operational flexibility.

Industry Challenges

Economic challenges

The cost of green hydrogen is not competitive and cannot compete with oil in terms of price, nor can it compete with electricity.

Challenges of Industry Chain Collaboration

The "production, storage, transportation and utilization" processes are disconnected. The large-scale hydrogen production capacity at the upstream stage has not yet effectively matched the stable and large-scale application demands at the downstream stage.

Grid Compatibility and Technical Standards

Different regions adopt distinct grid codes, voltage levels, and certification systems. Ensuring compatibility with local transmission networks requires extensive customization, testing...

Our Solution

Containerized hydrogen production system

Utilizes 20-foot/40-foot standard containers, aligned with domestic and international standards for easy transportation.

Features a short construction period, strong scalability, and reduced construction costs.

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New generation of high-performance alkaline electrolyze

The DC energy consumption is 3.98 kW·h/Nm³, and the cell voltage consistency rate is ≤4%.；

30%-110% operating conditions + 20%/120% limit + 1-3%/s rapid load increase and decrease；

One-click cold and hot start and stop, and simulation of new energy wind power output curve adaptation

Green Hydrogen Smart Control and Dispatch System

The system takes renewable energy (wind/solar) output curves as input, fully accounts for the fluctuation characteristics of these resources, and collects data via interfaces to build a system network—modeling the internal mechanisms and couplings among wind/solar power generation, electrolysis-based hydrogen production, hydrogen storage, and hydrogen utilization.

Based on predefined strategies and intelligent algorithms, the system performs condition analysis, parameter optimization, and coordinated control to design smart dispatch and energy balance strategies. It enables key functions including grid interaction, power balance, coordinated control, smart scheduling, and real-time optimization, ensuring full-process adaptability.

Value Contained

Commercial Value:

Synergizing the Hydrogen Industry Chain

We drive end-to-end collaboration across the hydrogen ecosystem—from hydrogen production equipment and storage/transportation solutions to terminal applications—unlocking new growth momentum for the economy. By integrating upstream, midstream, and downstream segments, we foster a robust industrial ecosystem that accelerates market scalability.

Environmental Value:

Advancing Decarbonization & Supporting Dual Carbon Goals

Our stations generate significant environmental benefits by enabling deep industrial decarbonization. In steelmaking, we promote hydrogen metallurgy to replace traditional blast furnaces; in chemicals, we facilitate green hydrogen synthesis of ammonia and methanol. These applications reduce carbon emissions, improve air quality, and directly support global carbon peaking and carbon neutrality goals.

Social Value:

Powering Energy Transition & Regional Collaboration

We accelerate the energy transition by absorbing surplus renewable energy (addressing curtailment challenges), diversifying energy supplies, and reducing reliance on fossil fuels like oil and natural gas. For underdeveloped regions rich in wind/solar resources, our stations boost local economies and promote shared prosperity. Additionally, long-distance hydrogen pipeline transportation enhances regional energy coordination, strengthening energy security and equity.

Successful Cases

Dafeng Port Green Hydrogen Energy Integration Project

Jiangsu’s first integrated “multi-energy coupling off-grid hydrogen production” innovation project, demonstrates seamless integration of renewable power generation, storage, and hydrogen production, setting a benchmark for energy transition in coastal industrial zones.

Combines 3 MW rooftop distributed PV, 1 MW/2 MWh grid-forming energy storage, and 2 MW alkaline electrolyzers with a self-developed smart microgrid energy management system.

Achieves 100% renewable hydrogen production with annual output of 46.8 tons.

Rudong Offshore Hydrogen Production & Storage Demonstration Project

An integrated hydrogen production, storage, and utilization facility located on Coastal tidal flats of Rudong County, Jiangsu., with production capacity of 1,500 Nm³/h green hydrogen via centralized PV-powered electrolysis and 500 kg/day refueling capacity .

Dual electrolyzer modules (1,000 Nm³/h + 500 Nm³/h) equipped with hydrogen purification systems and dedicated hydrogen loading stations, with an annual operational capacity of 3,600 hours.The project is under construction and is expected to be completed by mid-2026.

UK Photovoltaic Direct-Connected Electrolysis Pilot

The project utilizes a photovoltaic power supply system provided by HyWaves, a company spun off from Cranfield University, while ZTTCE supplies the 0.5 Nm³/h hydrogen production system. The overall efficiency testing is conducted at the hydrogen energy R&D center test site of Cranfield University in 2024. The research and testing aim to reduce energy loss in the photovoltaic hydrogen production system and increase hydrogen output.

Hydrogen —— sustainable future in reach

Industry Overview

Comprehensive Hydrogen Production System Solution

Industry Challenges

Electrolyzer

BOP system

Our Solution

Containerized hydrogen production system

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New generation of high-performance alkaline electrolyze

Green Hydrogen Smart Control and Dispatch System

Value Contained

Commercial Value:

Environmental Value:

Social Value:

Successful Cases

Dafeng Port Green Hydrogen Energy Integration Project

Rudong Offshore Hydrogen Production & Storage Demonstration Project

UK Photovoltaic Direct-Connected Electrolysis Pilot