According to the survey results, about 52.6% of the respondents in the key R&D areas chose “energy-saving technologies such as storage batteriesâ€, 41.9% of the respondents selected “new energy sources such as solar power generation†and chose “new materials†and “supermicro technologiesâ€. Respondents from Semiconductor and Semiconductor accounted for 32.5%, 28.2%, and 11.7%, respectively. In addition, more than 60% of the companies surveyed said that R&D activities were affected by the Great East Japan Earthquake. Sixty-five percent said that "taking into account the reliability of nuclear energy, we will accelerate research and development in the new energy sector in the future."
Panasonic will "change the direction of investment and strengthen research and development of new energy." In addition to solar power, it has also developed a research and development plan for smart power metering and home energy management systems. Toshiba will focus on promoting R&D in the energy and environmental fields and will conduct joint research with Tsinghua University in China on energy-saving technologies, railways, hybrid vehicles, and water treatment. Toyota, Nissan, Honda, etc. In addition to electric vehicles, hybrid vehicles, and batteries, the development of high-performance lithium batteries for automobiles and homes will also be enhanced. Mitsubishi Electric will expand its research and development of smart grid-related technologies.
Zhejiang Sealand Technology Co., Ltd. is a trustworthy manufacturer of Alcohol Mass Flow Meter, Alcohol Mass Flowmeter, Alcohol Coriolis Meter, Mass Flow Meter Alcohol, Coriolis Mass Meter Alcohol, ATEX, IECEx & CE approved.
Sealand meter is designed and produced according to world`s latest Coriolis technology with better appearance, stability and accuracy to measure mass flow rate of a fluid traveling through a tube, widely applied to alternative energy, oil & gas, chemical, food & beverage, industrial energy, marine, power, pulp & paper, water & wastewater industries, etc.
Mass flow meter measures the mass based on Coriolis effort. The operating principle involves inducing a vibration of the tube through which the fluid passes. The vibration, though not completely circular, provides the rotating reference frame that gives rise to the Coriolis effect. While specific methods vary according to the design of the flow meter, sensors monitor and analyze changes in frequency, phase shift & amplitude of the vibrating flow tubes. The changes observed represent the mass flow rate and density of the fluid.
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