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Product Overview
The SynWave C240 Marine Fuel Cell System is specifically designed for marine applications. This system is tailored to meet the rigorous demands of maritime operations. With a focus on both safety and reliability, the system integrates advanced fuel cell technology, benefiting from nearly a decade of Sinosynergy’s expertise in fuel cell stack development and system integration. The system is built to deliver optimal performance even in challenging maritime environments, ensuring efficient, eco-friendly power for various ship types. Its design meets the unique operational needs of vessels, offering a dependable, sustainable energy source that meets the high standards of the marine industry.

High Power

With a rated power output of 240kW, this marine hydrogen fuel cell system is the highest-powered in the industry. Designed specifically for maritime applications, it combines cutting-edge fuel cell technology with robust engineering to deliver unmatched performance and efficiency. This system sets a new benchmark in power density, environmental sustainability, and operational capability for marine propulsion and auxiliary power solutions.

Long Lifetime

The system is engineered to deliver a lifetime exceeding 30,000 operational hours. This ensures it meets or surpasses the full life cycle requirements of maritime vessels, providing reliable performance and minimal maintenance over prolonged deployments, even in demanding marine environments.

Quick Start-up

The system is designed for rapid responsiveness, capable of initiating startup and delivering full power output within just 10 seconds. This swift activation ensures reliable performance in time-critical situations, making it ideal for applications requiring immediate power availability, such as emergency scenarios or dynamic load demands on maritime vessels.

Isolation Design

The hydrogen-related components and non-hydrogen related components are positioned separately within the system, with a dedicated internal isolation area constructed between them. This design ensures a physical and functional barrier, minimizing the risk of cross-contamination, leaks, or potential hazards. The isolation area enhances safety by reducing the likelihood of interaction between hydrogen and other materials, which could compromise system integrity.

Explosion-proof

The design and construction of the system comply with the GB 3836.14-2014 standard, titled Explosive Atmospheres—Part 14: Classification of Areas—Explosive Gas Atmosphere. This ensures that the hazardous areas are meticulously carried out to identify zones with the potential for explosive gas atmospheres. By adhering to this standard, the system achieves high-level explosion-proof requirements.

Redundant Design

The system is equipped with dual 24V power supplies, providing redundant power to maintain uninterrupted operation even in the event of a failure in one supply. Additionally, it incorporates dual explosion-proof hydrogen concentration sensors designed to continuously monitor hydrogen levels. These sensors are specially engineered to function safely in hazardous environments, ensuring reliable detection and minimizing the risk of ignition. Together, these features offer robust safety and operational reliability, even under extreme conditions.

Strong Environmental Adaptability

After extensive testing, the system has been proven to perform reliably in demanding maritime conditions. It is designed to withstand the continuous rocking and vibrations experienced during navigation, ensuring stability and operational integrity. The system also exhibits robust resistance to corrosive salt spray, which is a common challenge in marine environments, effectively protecting sensitive components from damage. Furthermore, it demonstrates high electromagnetic compatibility, allowing it to function seamlessly amidst the electromagnetic interference typically generated by onboard electronic equipment. These capabilities ensure consistent performance and durability, even in the harshest sea conditions.

Strong Stability

After extensive testing across a wide range of scenarios, the system has consistently demonstrated exceptional stability and adaptability. Its robust performance under varying conditions highlights its reliability and ability to handle diverse challenges effectively.

Low Failure Rate

The system is built with high-performance, highly stable, and exceptionally reliable components, meticulously selected to ensure seamless and uninterrupted operation. This design approach minimizes the risk of failures, resulting in a consistently low failure rate and enhanced operational dependability, even under demanding conditions.
系统参数
额定功率
240kW
工作电压
DC500V～DC720V
工作电流
30A～600A
供氢压力
15±0.5bar
启动时间
≤10s
氢浓度峰值
≤1%
使用寿命
30,000H
防护等级
IP65
尺寸重量
长度
1948
宽度
1438
高度
1654
重量
2200kg
*参数以最终实物为准

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Sino-Synergy Hydrogen Energy Technology（Jiaxing）Co., Ltd.
76th Floor, The Center, 99 Queen's Road Central, Hong Kong
Unit 253, 2/F, Building 12W, Hong Kong Science Park, Shatin, NT, Hong Kong

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