Reliable Pem Electrolyzer Manufacturer Custom Designs Best Value Direct

Product Description

Product Description

Key Product Configurations

·High-Performance Core Stack: Features an ultra-high current density of up to 30,000 A/m² and incorporates a record-breaking single membrane electrode with an active area of ≥3,000 cm², designed for superior efficiency in large-scale applications.
·Advanced Energy Efficiency: Utilizes an membrane electrode with 30% reduced precious metal loading to achieve industry-leading DC energy consumption of ≤4.3 kWh/Nm³ at full load.
·Exceptional Dynamic Operation: Engineered for an ultra-wide input power range (3%-135%) and a rapid load fluctuation response rate of ≥20%/s, ensuring unparalleled stability and flexibility with volatile renewable power sources.
·Proprietary Core Material & Component Technology: Competitiveness is built on in-house mastery of advanced core materials, including Proton Exchange Membranes and Gas Diffusion Layers, as well as key components like Membrane Electrode Assemblies (MEAs).
·High-Capacity & Advanced Design: Delivers a substantial single-stack hydrogen production capacity of ≥500 Nm³/h, with technical performance rated at forefront of industry standards.
·Integrated Solution Capability: Leverages comprehensive in-house strengths in innovation, manufacturing, and market application to provide complete and robust PEM electrolysis hydrogen production solutions.

500 Nm³/h PEM Electrolyzer

The PEM electrolyzer in operation at the Delingha Project.

Specification

Technical Parameter Table of the PEM Electrolyzer

Model	Hydrogen production (Nm³/h)	Oxygen production (Nm³/h)	DC current (A)	DC voltage (V)	DC power consumption (kWh/Nm³)	Overall dimension (L×W×H)	Weight (kg)	Power connection form
Huahan PEM5	5	2.5	500	40	4.0–4.3	300×500×550	500	One Positive One Negative
Huahan PEM10	10	5	500	85	4.0–4.3	300×500×620	550	One Positive One Negative
Huahan PEM20	20	10	500	170	4.0–4.3	300×500×750	650	One Positive One Negative
Huahan PEM50	50	25	3000	70	4.0–4.3	600×850×700	1900	One Positive One Negative
Huahan PEM100	100	50	3000	140	4.0–4.3	600×850×900	2200	One Positive One Negative
Huahan PEM200	200	100	4000	230	4.0–4.3	600×850×1200	2600	One Positive One Negative
Huahan PEM300	300	150	4000	290	4.0–4.3	600×850×1550	3000	One Positive One Negative
Huahan PEM400	400	200	6300	190	4.0–4.3	700×1050×1250	4200	One Positive One Negative
Huahan PEM500	500	250	6300	360	4.0–4.3	700×1050×1500	4600	One Positive One Negative

2.5 MW PEM Electrolyzer Verification Platform

·Large-Scale Test Platform: A dedicated 2.5MW PEM electrolyzer test platform has been established at our manufacturing base in Tianjin, which conducts full-performance evaluations of core technical indicators for PEM water electrolysis systems.
·Critical Parameter Assessment: It assesses inlet/outlet pressure loss, current-voltage curves, individual cell voltage monitoring, H2/O2 production rates, and gas purity (O2 in H2, H2 in O2).
·R&D & Optimization Support: As the largest demonstration and test platform of its kind in China, it provides fundamental data and technical guidance to support the development and optimized operation of next-generation electrolyzer systems.

PEM Electrolyzer Production Line

The three figures above demonstrate the highly automated capability of the manufacturing plant's PEM electrolyzer production line.

Self-produced Key Materials —— Proton Exchange Membrane

Proton exchange membrane (PEM) is a key material in hydrogen fuel cells and proton exchange membrane water electrolysis equipment. we have achieved, for the first time in China, the mass production of ultrathin reinforced perfluorosulfonic acid proton exchange membranes. Multiple standardized products have been developed for downstream applications, featuring higher proton exchange capacity, strong water retention capability, enhanced water transport capacity, high ionic conductivity, improved mechanical properties, dimensional stability, and durability. These advancements contribute to enhanced performance output of fuel cells under both high and low temperatures, achieving low-cost domestic production of high-quality critical materials.

Self-produced Key Materials —— Gas Diffusion Layer

Gas diffusion layer (GDL) is a key material in hydrogen fuel cells and proton exchange membrane water electrolysis equipment. We have broken through the core technical bottlenecks and achieved the mass production of high-performance roll-to-roll gas diffusion layers. Multiple standardized products have been developed for downstream applications, offering good mechanical strength, appropriately distributed pore structures, excellent gas permeability, and high electrical conductivity. This achievement addresses the gap in the domestic industrial chain and enables low-cost domestic production of high-quality critical materials.

This material is widely used in green hydrogen production, power supply, and energy storage generation. Its applications extend to the transportation sector, including hydrogen fuel cell two-wheelers, vehicles, ships, and trams. It is also utilized in stationary hydrogen fuel cell power generation units, portable soldier power systems, hydrogen fuel cell drones, backup power supplies, and flow batteries.

 Typical Cases

Inner Mongolia CHD Darhan Muminggan United Banner 200 MW Wind-Solar-Hydrogen-Storage-Application Integration Project

The above picture shows on-site photos of the Darhan Muminggan (Damao) Banner project.

It is the first demonstration project in China that combines both alkaline electrolyzer and PEM electrolyzer technologies. It connects the processes in the whole industrial chain ranging from wind-solar power generation, green power transmission to green power based hydrogen production, hydrogen storage, hydrogen transportation and hydrogen application and has formed a large-scale electrolyzer process and supporting technologies with independent intellectual property rights. On February 2, 2024, the hydrogen was successfully filled in the first vehicle. On June 26, 2024, this project was pre-accepted and formally handed over to the owner. In Q3, 5 PEM electrolyzers were delivered to realize full-capacity production. This project has Huazhen-1000 alkaline electrolyzer system and Huahan-200 PEM electrolyzer system. The installed capacity of new energies is 200 MW, the hydrogen production capacity is 12,000 Nm³/h, the hydrogen storage capacity is 11 t, and the annual output is 7,800 t.

Qinghai Delingha PEM Electrolyzer Demonstration Project

As a domestically pioneering MW-scale single-stack 3.0 MPa PEM water electrolysis hydrogen production system, this project represents the first commercial application of PEM electrolysis for hydrogen production in high-altitude and severely cold regions in China. It has realized the engineering application of PEM hydrogen production equipment across key materials, core components, devices, and system integration. On April 6, 2024, the system successfully completed a 72-hour continuous trial operation, and in May, it passed independent third-party testing conducted by authoritative domestic and international inspection and certification bodies. Subsequently, on August 12 of the same year, the project successfully accomplished its first hydrogen filling task using the filling system, achieving commercial operation and hydrogen sales. This milestone signifies the full integration of the entire process chain in Delingha, encompassing photovoltaic power generation, green electricity transmission, green hydrogen production via electrolysis, hydrogen storage, and hydrogen transportation, thereby establishing the conditions for commercial production.

During the trial operation period, the complete system operated stably with excellent technical performance. Hydrogen production output remained stable under various operating conditions, with the purity of the produced hydrogen consistently exceeding 99.999%. All operational metrics met the high standards of an "exemplary unit." This project has served as a positive demonstration for China Huadian Corporation Ltd. in building a hydrogen energy industrial ecosystem that integrates technology, industry, and application, carrying significant scientific and technological demonstration value. The project employs a custom-developed PEM water electrolysis hydrogen production system, a flexible PEM electrolysis control system, and a multi-port converter, utilizing the "HuaHan"-200 model product with a hydrogen production capacity of 600 Nm³/h.

After Sales Service

Standard Warranty: 12 months.
Extended Warranty: Optional warranty coverage of up to 36 months to lifetime.
Global Support: 24/7 online/on-site technical support (subject to availability) and spare parts supply.
Training: On-site or remote operation/maintenance training (subject to availability).

Company Profile

Shanghai Sunshine Industrial Technology Co., Ltd. is an authorized overseas seller of Huadian Heavy Industries Co., Ltd. (HHI). HHI is the core business sector and capital operation platform of China Huadian Engineering Co., Ltd.(CHEC), it also is an important part of the science and engineering industry of China Huadian Corporation Ltd.(CHD).HHI was founded in December 2008 with a registered capital of 1.166 billion RMB and successfully listed on the Shanghai Stock Exchange on December 11,2014(stock abbreviation: HHI; stock code: 601226)
With system integrated technology taking the lead, EPC as business mode and supported by equipment manufacturing, HHI focuses on the coordinated development of EPC system engineering, equipment manufacturing and assets management. HHI is committed to providing the whole system solutions to the clients in material handling engineering; thermal engineering, steel structure engineering, industrial noise treatment engineering, hydrogen energy engineering, methanol&ammonia engineering and intelligent port machinery engineering, etc.HHI's business covers areas such as power, coal, petrochemical, mining, metallurgy, port, water conservancy, building materials and urban construction both domestic and abroad.

Why Choose Us?

·State-Owned Enterprise Reliability & Trust;
·Proven Track Record with Operational Data;
·Cutting-Edge Core Technology & Materials;

·Industrial-Scale Manufacturing Capacity;
·Extensive Intellectual Property Portfolio;
·End-to-End Integrated Solutions Provider.