Infineon Tech Powers Sungrow PV Inverter
EasyPACK power modules equipped with latest CoolSiC MOSFET help boost PV inverter output power by 40 percent
Infineon's EasyPACK power modules equipped with the newly released CoolSiC MOSFET (the latest generation CoolSiC diode along with the latest TRENCHSTOP chip technologies) provide the technology behind a new 1500V PV string inverter SG350HX developed by Sungrow.
Sungrow's inverter features a maximum output power of 352 kW and compared to its last generation inverter, the new inverter offers an increase in output power of about 40 percent.
“Sungrow is dedicated to paving the way for global carbon neutrality with growing technical innovations. We are accelerating our steps to fulfill the corporate mission of ‘Clean power for all',” said James Wu, VP of Sungrow. “To make this possible, the new SG350HX redefines the super-high power string inverter and helps Sungrow's customers to reduce the cost of energy.”
“We are very pleased to continue our successful collaboration with Sungrow and leverage our technology expertise in the area of renewable energy,” said Dr. Peter Wawer, president of the Industrial Power Control Division of Infineon. “Leveraging our expertise on technology and production allows us to tailor solutions based on customer needs while giving full support during ramp-up.”
The inverter supports a DC/AC ratio of up to 1.8 and is highly compatible with 182 mm and 210 mm large-sized high-efficiency modules with a maximum input current of 20 A. This allows to use solar modules with power ratings of 600 W and higher. The device can operate stably in extremely weak grid conditions.
Weighing 110 kg, the inverter features twelve MPPTs (Maximum Power Point Tracking) at 40 A. With two strings connecting to one MPPT, there is no threat of a string reverse connection. Each one helps to increase the power density by approximately 28 percent compared to the previous generation. Thanks to smart-forced air-cooling technology and IP66 protection, the solution can be installed in harsh conditions.