Tianfeng Haike | Hydrogen Energy Micro Independent Power Station
Focus on the development and design of lightweight, high-efficiency hydrogen fuel cell systems
Service content: industrial design, product design, appearance design, structural design
The full name of this product is Tianfeng Haike hydrogen energy independent power supply. At the beginning of the design, it focused on "independent clean energy storage" as the core design. Hydrogen energy storage refers to a clean energy storage technology that produces hydrogen by electrolyzing water to produce hydrogen, stores electrical energy in chemical form in hydrogen, and then converts it into electrical energy or mechanical energy through fuel cells or combustion power generation when needed. Through large-scale storage of hydrogen, the load balance of renewable energy is realized and the problem of energy shortage is solved. The appearance of the product is mainly simple atmosphere, with hydrogen storage tank at the rear, multiple storage tanks can be parallel, and a retractable hand lever is arranged at the top for convenient handling. In line with the concept of function priority, meet the basic energy storage, output and management functions, and consider the needs of later upgrading, adopt high-quality materials and structures, and multiple protection mechanisms to ensure long-term and reliable normal operation; Adaptation concept of environment, considering different use scenarios and conditions, improve adaptability; Standardized modules are adopted to reduce costs and ensure quality at the same time.
Hydrogen energy storage is to store electric energy into hydrogen by electrolyzing water hydrogen production machine, while battery energy storage is to store electric energy directly in the battery. The energy density of hydrogen is much higher than that of batteries, and the energy stored in the same volume is much more. At the same time, the storage period of hydrogen can reach several years under the right conditions, while the storage period of batteries is generally shorter. The scope of application is also different. Battery energy storage is mainly used in electronic products and electric vehicles, while hydrogen energy storage can be used in industry, transportation and other fields on a large scale.