In the rapidly evolving landscape of electrical engineering and power management, the quest for tools that offer precise, real-time current measurement capabilities, coupled with swift response times and resilience against saturation, is unending. Particularly in applications involving the measurement of high-frequency, large currents, the choice of measurement instrument becomes pivotal. Enter the Rogowski coil, a technology that marries precision with performance, making it an indispensable ally in the arena of AC power measurement. When the requirements list includes real-time current measurement, rapid responsiveness, and an assurance of non-saturation even under the stress of high-frequency large currents, the Rogowski coil stands out. This innovative solution ensures that efficiency and accuracy are not mutually exclusive, offering a streamlined approach to complex electrical measurements. At the heart of the argument for the Rogowski coil is its inherent design and operational benefits. This technology is not just about measuring current; it's about doing so with a level of finesness and speed that traditional coils can't match. For projects that demand the highest standards of accuracy and immediacy, Rogowski coils by Xiamen ZTC Technology present a compelling option. The utility of Rogowski coils extends far beyond simple current measurement. Xiamen ZTC Technology has successfully integrated these coils into a wide array of applications, showcasing their versatility. From power measurement to equipment monitoring and the detection of leakage currents, Rogowski coils have proven their worth across diverse fields. This wide-ranging applicability speaks volumes about their reliability and efficiency. What sets Xiamen ZTC Technology's Rogowski coils apart is not just their technical superiority but also the company's commitment to innovation and quality. With a keen focus on catering to the nuanced needs of various industries, Xiamen ZTC has cemented its position as a trusted partner in the realm of electrical measurement and safety. Their Rogowski coils are a testament to the company's dedication to offering solutions that not only meet but exceed client expectations. A Wise Choice for Modern Measurement Needs Choosing the right tools for electrical measurement is critical, and with Rogowski coils from Xiamen ZTC Technology, professionals have access to a solution that is both effective and reliable. As the field of electrical engineering continues to advance, the importance of innovative, high-quality measurement technologies like the Rogowski coil cannot be overstated. It's not just about keeping up with the demands of the present; it's about setting the standard for the future.

Our split core current transformer design is used for energy efficiency monitoring and automation applications. These include sub-metering cost allocation, dynamic energy consumption and peak load analysis. ZTC series of AC Split core current transformers are a simple to use, compact split-core design which is easily installed for metering applications. They are ideal for distributed measurement systems and can be retro-fitted into existing installations and non-interruption equipment as there is no requirement for disconnection and reconnect ion of wiring. We help many energy management companies launch their owe smart energy monitoring. Distribution Cabinet Wireless Smart Energy Monitoring System

A Rogowski coil is an electrical device for measuring alternating current (AC) or high-speed current pulses. It consists of a helical coil of wire with the lead from one end returning through the centre of the coil to the other end, so that both terminals are at the same end of the coil. The whole assembly is then wrapped around the straight conductor whose current is to be measured. There is no metal (iron) core. The winding density, the diameter of the coil and the rigidity of the winding are critical for preserving immunity to external fields and low sensitivity to the positioning of the measured conductor. Rogowski loops are simple and reliable inductive sensors that measure the net current through the cross-section of the loop. They can be highly accurate and insensitive to currents in nearby conductors provided they are sufficiently uniform. There are many successful applications insentience and industry.

As the saying goes: nothing is new under the sun. Regarding this proverbs, there are two factors I may consider. For one thing, all things exist on the earth are rely on the solar energy to some extent, even the conventional resource such as coal, fossil and petroleum are indirectly produced by solar energy. For another, human living and producing fundamental power are driven from the solar energy. For example, when our body moderately expose on the sunlight, it will improve our health. So there is no doubt that if the sunlight disappear forever, we will suffer the extinction catastrophe. In these two points, we can be sure that the solar energy has a significant impact on our life. I eager to see such view in the near future: much more technologies are facilitated by solar energy and the high pollution energy is taken placed. Most energy consumption in the house are based on active solar supplement, such as cooking, showering ,lighting etc. I predict that this kind of house will be increasingly widespread on the world. This measure will make our living more effective and economical. Our split core current transformers are being provided for many energy management companies to launch solar clear energy system and device.