① UPS application

Why is uninterruptible power supply (UPS) so important

Undoubtedly, electricity is one of the important conveniences that modern society must ensure.

Without it, there is almost nothing to work for in the home and workplace. But what happens when the power is interrupted? The loss of functioning devices at home and data loss at work are just two possible events.

UPS is commonly used to protect hardware, such as computers, data centers, telecommunications equipment, or other electrical equipment. Unexpected power outages can cause injury, death, severe business interruption, or data loss.

Clean energy is another major problem faced by computers, as clean power sources have the correct voltage and frequency. Unclean power supplies can lead to low efficiency and component degradation in your computer.

The circuit in this power device continuously monitors voltage and can sense surges, spikes, and power outages. Therefore, when the uninterruptible power supply detects an electrical issue, it will switch to an AC power source generated by the battery.

Therefore, a current sensor that can measure current very accurately and respond to any small changes in current and intensity in a short period of time is needed.

The Sinomags current sensor has a step response time of 50 microseconds at noise levels above 0~3 MHz.

The system that adopts our technology can provide clean electricity, no matter where you are, no matter where your electricity comes from, your equipment, and your data will have a high level of quality, performance, and appropriate price.

High level quality assurance and 99.9% testing conducted within the temperature range of -40 ° C to 125 ° C, as well as the encapsulated module structure, ensure that the Sinomags current sensor can be used outdoors in high humidity, rain and snow.

② Power grid applications

In people's minds, sensors are applied in fields such as automobiles, industrial automation, aerospace technology, military engineering, and new energy, with little involvement in the field of electricity.

Nowadays, not only can sensors be found in the field of smart grids, but smart grids also have the potential to become a major user of sensors. The majority of the costs required to establish a smart grid will be spent on the terminal power distribution system and the terminal information system of the smart grid on power facilities. A large part of the network security software and hardware construction will be invested in sensor networks, directly driving the market for sensors.

Xici Technology's STB-LF series and STK-BS series products, with their high-frequency response, low cost, and full range characteristics, are applied in power fields such as SVG and APF.

Source of the article: Analysis of sensor technology in smart grids (Chinapower. com. cn)