Sensing and control makes the sine wave inverter

Omron in the field of "power inverter" and "control", has a large number and variety of product lines.

Omron to journalists focus on its industry pioneered "Sysmac automation platform".

Platform in the application of power inverter  advanced visual sensing technology, through the camera to power inverter, the number of test subjects, position, shape and other characteristics, can quickly determine whether the product qualified or will test data transmitted to the robot,power inverter and other production equipment. 

It connected by integration and integration software, grid tie inverter  with characteristics meet the demands of high-end mechanical automation,grid tie inverter from low number axis machines to large machines to provide a full range of solutions.

And this with grid tie inverter more corresponds to the development objectives in China. 

Omron (China) co., LTD., chairman and general manager Mr Indigenous company said: "omron in China established from research and development, production to sales, technical advice of grid tie inverter system, providing customers with the world's leading localization, cost-effective and relevant requirements of industrial automation solutions and high-end precision instruments,grid tie inverter helping China to change automatic equipment imported."

Visualization scheme to promote sine wave inverter saving energy

To increase the capacity of industrial production, in addition to improve the degree of industrial automation,sine wave inverter can also from the Angle of improving energy efficiency, cut. 

On factory power system design, sine wave inverter try integrated use of "energy saving" and "would" in two ways, both, improve the economic benefits of energy utilization.

One of the authors of the paper, a former MIT graduate students, Cassandra, said: "the significance of the paper lies in the fact that it describes the existing all such techniques as well as the effect of we combine these technologies.

It also pointed out that all have to face challenges,sine wave inverter researchers can separate analysis of these unfavorable factors through the experiment."

Such as standard silicon sine wave inverter battery voltage of 0.7 volts, the water-splitting reaction needs to be more than 1.2 v voltage. 

More than one solution is to put batteries in series.

Although the battery interface to lose energy, but also can yet be regarded as a promising research direction.

Another disadvantage is that the water itself, the electronic must be through the whole circuit, it will produce resistance, a method of improving efficiency is to reduce the solution resistance, this can be done through the "techniques", such as using interpolation board to reduce the distance on both sides of the reaction.