ZSC31015EAG1-T

ZSC31015EAG1-T is an Electronic-powered Automatic Generator able to deliver an alternating current of ≈ 225 A and ≈ 200 V peak-to-peak at its output. It is typically used in public or industrial power distribution applications, but can also be used for various repetitive electric power transfer applications, such as in electric vehicles or wind energy generation.

ZSC31015EAG1-T is designed to transmit power at a frequency of ≈ 50 Hz, but can operate in a range from 20-100 Hz. Its load can be safely transported at a voltage level of 600V, with transformers required for high power loads. Its power output is programmable, allowing users to set the exact voltage and current they need in specific scenarios.

ZSC31015EAG1-T is special because of its highly integrated construction. It fits in a small configuration, making it easy to transport and install in any circuit, while still delivering trustworthy performance in challenging electrical environments. Moreover, this system provides advanced control features, like real-time data feedback of parameters in order to provide an accurate power management. Such features can be extremely useful in electric vehicles, allowing a better utilization of the generated power.

The working principle of ZSC31015EAG1-T is quite simple. The current output is generated by the alternating current motor, which is magnetically coupled to the generator. The motor receives a specific input voltage, which is then converted by the generator into a set output voltage. With the help of thyristors and programmable power modules, the output voltage and amperage can be precisely adjusted according to the desired requirements of the application.

To summarize, ZSC31015EAG1-T is an advanced Electronic-powered Automatic Generator well suited for applications requiring an efficient and reliable way to transfer power from one source to another, such as public or industrial power distribution as well as in electric vehicles or wind energy generation. With its highly integrated design, this system fits easily in any configuration, while delivering accurate voltage and current output. Thanks to its advanced control features, users can get real-time data feedback for an accurate power management.