Application of silicon carbide (SiC) devices in inverters

Established in1993, Zhejiang Jyins Electric Technology Co., LTD is a professional manufacturer and exporter that is concerned with the design development and production of off-grid energy saving products. The company has more than 150 employees, including ten management technicians and eight senior engineers, which is dedicated to following international ISO9000 standards to make guaranteed for its excellent quality assurance. Previously engaged in the production of instruments in Electrical Capital Yueqing, Zhejiang Jyins further diversified into inverters and solar products, which gave rise to Zhejiang Jingying New Energy. As an industry leader, Jyins is committed to bringing the latest in energy technology that people can trust

Benefits of using Silicon Carbide (SiC) devices in inverters

Drivers based on silicon carbide (SiC) provide some of the advantages in inverters with respect to traditional options. Because they can support higher operating temperatures and voltages than conventional silicon-based devices, SiC-based devices are often more efficient and durable. SiC devices with reduced conduction losses and switching losses enable inverters to have higher power density and better performance. This leads to more compact, lightweight and efficient inverters, which are necessary for a lot of renewable energy applications

High Efficiency and Fast PWM Performance with SiC Inverters

The use of SiC devices on the inverter increases efficiency and performance. SiC devices offer low resistance and fast switching when contrasted with silicon-based predecessors, leading to lower power loss and a higher system efficiency. This improved performance helps to provide better power control, enabling more smooth and stable inverter operation. Using SiC technology, Jyins is capable of delivering inverters that are not only more efficient, but also the most durable as well, giving its customers a better and greener energy alternatives

Saving Costs and Achieving Longevity of SiC Devices in Inverter Applications

Most of these benefits are long term there is an additional initial investment. SiC devices are also longer life and more reliable, which in time will have less under warranty or OOB replacement cost savings. Furthermore, due to increased efficiency and performance of SIC inverter it also becomes cost-effective solution for different applications as they save energy in long term. With the adoption of SiC devices in inverters, Jyins can pass these cost savings to our customers and provide them with robust life cycle products

A New Inverter Design and Why You Should be Excited About It

Inverter design is being changed forever by SiC technology, gaining a whole new level of performance and efficiency. Due to development of material science and production technology, SiC devices are becoming possible for general use and low cost. By utilizing SiC technology, more advanced and high‑powered inverters can be designed and manufactured by Jyins with not just higher efficiency but also smaller size and lighter weight. This ground breaking technology is changing the energy landscape, delivering sustainable and resilient solutions to satisfy the increasing demand for clean energy power systems

Increasing Power Densities and Reliability through SiC Device-Based Inverter Designs

Inverters with SiC devices have higher power density and reliability, therefore are attractive for various applications. SiC based devices with high thermal conductivity which can operate at elevated temperatures resulting to a higher power density without degrading the device performance. This higher power density also enables for the development of smaller and more powerful inverter which can have reliable and consistent performance under different operational conditions. By using SiC devices in their inverters, Jyins is able to provide customers with not just high-efficiency energy solutions, but also ones that are reliable and durable - guaranteeing a stable power supply for the changing requirements of end-users