LEAD Hydrogen Fuel Cell Manufacturing & Testing Equipment

Hydrogen Fuel Cell Technology: Powering the Clean Energy Future

Hydrogen fuel cell technology represents a clean energy revolution, converting chemical energy into electricity with only water as a byproduct. At the heart of PEM hydrogen fuel cell systems lies the proton exchange membrane (PEM), which enables proton conduction while blocking gases. When combined with catalyst layers using precision proton exchange membrane coating equipment, it forms the membrane electrode assembly (MEA) - the core power-generating unit where electrochemical reactions occur. LEAD is driving this revolution through advanced hydrogen fuel cell manufacturing, utilizing cutting-edge hydrogen fuel cell equipment to produce high-efficiency proton exchange membrane hydrogen fuel cells. Our integrated approach combines innovative cell manufacturing equipment with rigorous cell test equipment validation, delivering reliable, cost-competitive solutions that accelerate global adoption of this transformative hydrogen fuel cell technology. By continuously enhancing both PEM materials and MEA construction in our hydrogen fuel cell production, LEAD is pushing the boundaries of proton exchange membrane fuel cell performance while enabling large-scale clean energy systems worldwide.

Turnkey Solutions for Fuel Cell Intelligent Manufacturing

LEAD Hydrogen Fuel Cell Intelligent Manufacturing Equipment

Jiangsu Hydrogen Conductive Intelligent Machine Co., Ltd. (LHCI), a Wuxi Pioneer subsidiary established in 2021, delivers complete hydrogen fuel cell manufacturing solutions. LHCI specializes in proton exchange membrane coating equipment and full production lines for PEM hydrogen fuel cell, providing cutting-edge hydrogen fuel cell technology for the clean energy transition.
LHCI’s expertise covers the entire value chain – from MEA fuel

cells assembly using precision cell manufacturing equipment, to validation with advanced cell test equipment. We enhance hydrogen fuel cell production efficiency through automated proton exchange membrane fuel cell technologies.
Having supplied automated proton exchange membrane fuel cell lines to global leaders, LHCI drives commercialization of next-gen hydrogen fuel cell systems, continuously innovating in hydrogen fuel cell technology for sustainable energy solutions.

Comparison Table of LEAD vs others

Item

LHI

Conventional Prismatic Line (Separately-supplied)

Technological innovation and R&D capabilities

With our own R&D team, continuous technological innovation and R&D investment, we are able to respond quickly to market demands and provide more advanced solutions.

Greater reliance on external resources increases uncertainty in product development and marketing.

Environmental and social responsibility

Participated in the CDP Carbon Disclosure Project for multiple years, currently rated at B-.

Currently recognized as a national-level green factory. The next step is to designate Plant Two as a pilot for initiating Zero Carbon Factory Certification.

No similar Zero Carbon Factory programme, not enough focus on environmental and social responsibilities

WHERE INNOVATION MEETS QUALITY

Build the Future Together

Explore new product ideas, scale your business

Empowering your production line with customized, smart solutions

Operation & automation

Advantages
High automation and multi-product compatibility
Set up reasonable inventory to reduce the risk of line stoppage due to equipment failure, lack of materials, abnormal shipments, etc
Reduce laborforce, improve space utilization, and reduce costs and increase efficiency
Go through the whole line of material operation to reduce the risk of multi-manufacturer docking

Smart Factory

Application Scenarios
1.Procurement collaboration
Rapid response, precise delivery, and efficient collaboration through online interaction.
2.Production plan
Graphical flexible scheduling, transparent production progress, real-time production report push, easy to analyze and predict material requirements.
3.Warehousing and logistics
Standardize the warehousing operation process, increase the transparency of warehouse management, and realize the push-pull material management mode of production.
4.Product process
R&D and production are precisely matched, product information is visible online, and the production process is coordinated and matched.
5.Production execution
Production control throughout the entire process, abnormal test warning closed loop, digital lean guidance.
6.Equipment operation and maintenance
Equipment refinement Kanban and knowledge base accumulation, equipment spot inspection, patrol inspection, maintenance, repair task push collaboration, production and equipment real-time linkage.
7.Quality control
Digitalization of inspection standards, analyzable and traceable process quality, continuous improvement of quality system.
8.Decision-making Operation
Produce multi-dimensional and multi-level analysis, adapt to diversification, and continuously optimize operations from a management perspective.