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100kw Hydrogen Pem Fuel Cell Energy Storage & Distributed Generation System
US$160,000.00-175,000.00
1 Set

Product profile

Customization

Available

Electrolyte

PEMFC

Fuel Type

Hydrogen Fuel Cell

Solutions

Direct Type

Power

100kw

Voltage Output

380VAC

Design Life

15000h

Bipolar Material

Graphite

Customized Service

Welcome

MOQ

1 Set

Cooling Method

Liquid-Cooling

Hydrogen Purity

≥99.99%(Co<1ppm)

Efficiency

≥50%

Hydrogen Reserve Volume

32*40L@15MPa

Generating Capacity

300kwh

Transport Package

Container

Specification

100kW

Trademark

H2E/custom

Origin

Zhejiang, China

Key features

Independent R&D Technology: H2E independently developed the system with core component manufacturing capabilities.
High Performance Bipolar Plates: Coating performance exceeds US DOE standards with graphite, stainless steel, and titanium alloy options.
Zero Emission & Eco-Friendly: Provides energy saving, environmental protection, and zero emission power generation.
Fast Start-Up Speed: Designed for quick response with high power density and strong stability.
Wide Application Scenarios: Suitable for emergency power in factories, communities, and construction sites.
Long Design Life: Engineered for a design life of 15,000 hours with liquid cooling.
Fully Customizable Solutions: All details including power, voltage, and materials can be customized to requirements.

Company profile

Business Type: Manufacturer/FactoryExport Year: 2018-02-01Nearest Port: NingboAverage Response Time: ≤5.82hTerms of Payment: LC, T/TInternational Commercial Terms(Incoterms): FOB, CFR, CIF

AI-Powered supplier vetting

SummaryH2E Technologies Co., Ltd., legally identified in the provided records as Panxing Technology (Zhejiang) Co., Ltd., is a China-based manufacturer focused on hydrogen fuel-cell products and technologies. The supplier reports ISO 9001 certification, a 3,500-square-meter pilot-scale base, two production lines, and annual capacity of 500 fuel-cell stacks and systems. Its technical profile is supported by independent production of metal bipolar plates, more than 50 related patent applications, and an R&D engineering team with 31–40 years of combined experience. It reports export markets across multiple regions and uses Ningbo as its nearest port. Evidence is insufficient to assess after-sales service, financial credibility, customization capability, or customer cases. No financial figures are provided.
Supplier typeThe supplier is explicitly identified as a factory/manufacturer in China and is described as specializing in the R&D and promotion of hydrogen fuel-cell technology. Its stated products include fuel-cell stacks, generators, engines, and power-generation systems.
CertificationsThe supplier reports ISO 9001 quality management system certification, with the certification stated as having been passed in 2022. This provides explicit evidence of a certified quality-management system.
R&D capabilityThe supplier reports a highly educated international R&D team, 31–40 years of total R&D-engineer experience, independent development of key components, mastery of metal bipolar-plate technology, and more than 50 fuel-cell-related patent applications. These statements explicitly support a strong innovation profile.
Production capacityThe supplier reports a nearly 3,500-square-meter pilot-scale base, two production lines, independent whole-process production of metal bipolar plates, and annual capacity of 500 fuel-cell stacks and systems. These stated facilities and capacity demonstrate established production capability, although the information specifically describes a pilot-scale base.

Product Q&A

Q:What is the power output of the system?
A:
The system provides a 100kW power output with a generating capacity of 300kWh.
Q:Can the system be customized?
A:
Yes, all details can be customized according to your requirements, including power, voltage, and materials.
Q:What materials are used for the bipolar plates?
A:
We use graphite, stainless steel, and titanium alloy, with coating performance exceeding US DOE standards.
Q:What is the expected design life?
A:
The system has a design life of 15,000 hours.
Q:Where can this system be used?
A:
It is mainly used for emergency power generation and supply in factories, communities, and construction sites.

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