A hydrogen fuel cell is a device that can convert chemical energy into electrical energy. It uses a chemical reaction to directly combine externally supplied fuel and oxygen to generate electricity, and discharges it with harmless by-products such as water. It has high efficiency, zero emissions, and quietness. operating characteristics.

The lithium battery is a battery that stores chemical energy internally, using the electrochemical reaction of lithium ions between the positive and negative electrodes to store or release electricity.

1. Transportation: Used as an engine for cars, buses, trains, drones, boats, etc. Hydrogen fuel is used to generate electricity to drive electric motors, with water as the only emission.
2. electricity supply: Provide electricity to households, commercial and industrial users, and as a stand-alone off-grid system or combined with the traditional grid to provide a stable power supply.
3. energy storage: Converting excess energy into hydrogen or other storable forms and regenerating electricity when needed helps to address the instability of renewable energy and provide a reliable energy supply.
4. portable application: Provide long-term power supply and faster charging speed, which can be applied to mobile phone chargers, mobile power supplies, wireless communication equipment, etc.
5. Disaster Prevention and Emergency Preparedness: As an emergency backup power supply to provide power to medical facilities, communication base stations, shelters, etc., and to ensure the operation of essential services.

1. clean energy: Only water and heat are produced as by-products in chemical reactions, a clean energy solution that helps reduce carbon emissions and air pollution.
2. high efficiency conversion: Convert the chemical energy in the fuel into electrical energy with high efficiency, make more efficient use of energy resources and save energy costs.
3. Fast fill and long run: It usually only takes a few minutes to refill hydrogen, unlike batteries that need to be charged for a long time, and can provide continuous power during operation without frequent charging or battery replacement.
4. Diverse fuel sources: Hydrogen can be obtained from a variety of resources, such as biomass, hydrolysis, and renewable energy, etc., providing greater flexibility and sustainability, and reducing dependence on limited resources such as conventional oil.
5. Wide range of applications: Including transportation, energy storage systems, power supplies, and portable power sources, this diversity makes hydrogen fuel cells an important component of a sustainable energy transition.

The lifetime of a hydrogen fuel cell is not a definitive value but a test value under specific conditions, and the actual lifetime may vary depending on the needs of a particular application and how it is operated.

Hydrogen can provide high-durability systems, which use water-cooled heat dissipation, can withstand harsh working conditions, and have a lifespan of more than 25,000 hours.

The use of hydrogen fuel cells has certain restrictions, such as hydrogen source, ambient temperature, etc.

Hydrogen Green is committed to the design and production of various types of complete systems, so that each unit in need can have the most suitable hydrogen fuel cell, from large international enterprises to ordinary families, all of which can be placed in a sustainable home. in the vision.

The working principle of hydrogen fuel cells does not involve mechanical movement or combustion processes, so the noise generated during operation is very low, and it can even be said to be noiseless, and the system does not produce significant electromagnetic radiation. Chemical reactions based on the movement of ions and electrons, The generation of high-frequency electromagnetic fields is not involved.

Hydrogen fuel cells do not pose an explosion hazard under normal operating conditions.

However, like any energy system, safety risks can arise when not functioning properly or being manipulated properly.

Hydrogen Green Energy pays special attention to the improvement of system design, and has obtained international safety certification to minimize risks, such as:

1. Hydrogen leak: Safety measures such as hydrogen leakage detectors and safety valves are installed in the mining system to prevent hydrogen leakage and deal with it in time.
2. System Thermal Management: Equipped with cooling system or thermal management system to ensure proper temperature control.
3. Safe Operations and Training: Proper training and instruction for personnel operating and maintaining hydrogen fuel cell systems.

1. Design And Manufacture: Provide tailor-made systems according to customer needs and application scenarios.
2. Technical Advice And Support: Assist customers to understand hydrogen fuel cell technology, select appropriate systems and solutions.
3. Install And Deploy: To ensure that the hydrogen fuel cell system is properly installed and functioning properly.
4. After-Sales Service: Includes repair, maintenance and technical support to ensure the continued operation and performance of the system.