Hydrogen Fuel Cell

This hydrogen fuel cell is specially equipped for small and medium power output power systems, including UAV, portable power supplies, and portable micro backup power supplies.It has the characteristics of light weight and high specific power. Multiple groups can be expanded in series and parallel through special electronic control modules to meet the power requirements of different levels of customers. It is easy to replace or integrate with customers’ existing power systems, and it is convenient and flexible to use.

Light weight, small size, easy to carry; Quiet design; Simple structure, high reliability; Fast start-up speed, short response time, suitable for various application environments; Good environmental adaptability, adapt to various weather changes; Simple control strategy, easy to use Integrate into various application systems.

You can get fuel cell in hydrogen fuel cell

Detail

Specification	SZFC-500	SZFC-1000	SZFC-1500	SZFC-2000
Rated Power(W)	500	1000	1500	2000
Nominal Voltage	32V
Rated Current(A)	15.6	31	47	62
Voltage Range	32-52V
Combustion Efficiency	≥50%
Hydrogen Purity	≥99.999%
Hydrogen Working Pressure	0.05-0.06Mpa
Consumption Rate(L/min)	6	12	18	24
Cooling Mode	Air-Cooled
Air Pressure	Normal Pressure
Inner Size(mm)	6090130	60180130	60130260	120130180
Inner Weight(KG)	1.2	1.9	2.7	3.7
System Size(mm)	9090150	90180150	90150270	120150270
Power Density(W/KG)	416	526	550	540
Volumetric Power Density(W/L)	712	712	750	714
Environment Temperature	-5℃-50℃
Ambient Humidity（RH）	10%-95%
Product Composition	Fuel Cell & Fan & Controller

Wind energy and solar energy are very unstable, which makes it very difficult for wind and photovoltaics to actually be integrated into the grid. Therefore, the phenomenon of abandoning wind and solar energy is serious. And wind power + hydrogen production is the final consumption mode.

At present, human beings are considering the development of hydrogen energy, and they are considering using new energy sources to abandon a large amount of electricity to produce hydrogen. Hydrogen can then generate electricity at night when photovoltaics cannot generate electricity; or when there is no wind. The main purpose is to stabilize the grid stability of photovoltaic wind power.

About Us

SENZA Hydrogen Energy And Environmental Technology Co., Ltd.

Welcome to SENZA

SENZA Hydrogen Energy And Environmental Technology Co., Ltd was established in 2017 and is located in ART PORT International Digital Innovation Center. The company focuses on the research and development, promotion and application of hydrogen energy, insists on the moderate operation, keen innovation and diversified cooperation, and is committed to popularize the application of hydrogen energy into daily life, so that hydrogen energy can bring high quality, healthy and interesting life experience to human beings.

In terms of the application in the vehicle industry, the company combines efficient hydrogen production technology with high-precision computer background algorithm, and applies it to the traditional fuel vehicles. The core product — SENZA vehicle-mounted hydrogen energy equipment has been independently developed.

The products have filled the gap in the application of hydrogen energy in traditional fuel vehicles, and the overall application technology has reached the international leading level.

Hydrogen Energy In The United States

Hydrogen energy is a clean and efficient secondary energy; the development of hydrogen energy technology is of great significance for building a clean, low-carbon, safe and efficient modern energy system.Ensuring national energy security, improving the quality of the atmospheric environment, and promoting the upgrading of the energy industry. As an energy source, hydrogen has two distinct advantages: high energy density—the calorific value per unit mass of hydrogen is about four times that of coal, 3.1 times that of gasoline, and 2.6 times that of natural gas. It can be stored and can achieve flexible time transfer Or geographical transfer, diverse sources, zero discharge of terminals, wide application fields, etc.

Country

As global climate pressures increase and the energy transition accelerates, hydrogen energy will play a major and positive role in achieving national carbon neutrality goals. China, the United States, Japan, South Korea, the European Union, and other major developed countries and regions in the world attach great importance to the development of hydrogen energy. And many countries and regions have raised hydrogen energy to the height of energy strategy. For example, in response to President Biden’s goal of addressing climate change, the U.S. Department of Energy launched an energy research plan and vigorously developed hydrogen energy as a feasible technology to promote the global energy transition and combat climate change. According to the International Hydrogen Energy Commission, by 2050, the proportion of hydrogen energy in all energy consumption will increase to 18%, and the market size of the hydrogen economy will reach 2.5 trillion U.S. dollars.

U.S.

The United States is the first country to propose a hydrogen energy development plan. It has been more than 30 years since the U.S. government formulated various policies to promote the development of the hydrogen energy industry in 1990. It has always maintained the development ideas from policy evaluation, commercialization prospect forecast, program formulation, technology research, and development, to demonstration and promotion. As the pressure of global climate change increases, the U.S. hydrogen strategy has taken a new turn under the carbon neutrality goal. This article will analyze the goals, connotations, characteristics, and changes of the U.S. hydrogen energy strategy in the new era.

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