Alps Electric has developed a series of new fuel cell system micro-pumps and micro-valves. Alps has begun to enter the new energy market through the development of pumps and valves because pumps and valves are essential aids in controlling and operating the fuel inside the fuel cell system, such as methanol. Alps has optimized its holistic design through structural design processes, such as simulation analysis in addition to control functions. These features and high-precision processing contribute to the miniaturization of the product. Miniature pump diameter of only 6.0mm, length of 24.0mm; micro-valve diameter of only 3.5mm, length of 10.3mm (including the nozzle). Although these products are small, their high functionality is guaranteed by the integrated flow rate and simulation of their structure and magnetic field. This development undoubtedly made a significant contribution to the miniaturization, while miniaturization is an indispensable prerequisite for portable batteries. With membrane-run design, valve back-flow design, and optimization of raw materials and schedules, Alps has been able to effectively control large flow rates on a small valve chassis. And this product requires only a small voltage electromagnetic drive system, which makes a significant contribution to the simple control and fuel cell systems engineering. Micropumps and valves Alps Electric has developed a range of micropumps and microvalves for fuel cell systems. Which are auxiliary machines that circulate or control fuel like methanol within the fuel. cell system. Alps has optimized its designs through structural design technologies such as structure analysis simulation in addition to control technology. These features, along with high-precision processing technologies have helped to miniaturise these products. The micropumps are 6.0mm in diameter and 24.0mm in length, the microvalve measures 3.5mm in diameter and 10.3mm in length (excluding the nozzle). The products are small but ensure high functionality by incorporating fluid, structure and magnetic field analysis simulations. Development will contribute to enhanced miniaturization, an indispensable prerequisite for portable device fuel cells. Through the optimal design of d iaphragm operations, valve configuration to prevent fluid backflow, materials and layout, Alps has achieved the effective control of larger amounts of fluid in a smaller chassis for its micropump. The unit also employs low-voltage electromagnetic drive systems, which contribute to easy control and fuel cell system engineering.
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