GoodWe Unveils SDT G2 Series Inverters for Residential & Small Commercial Projects

GoodWe Unveils SDT G2 Series Inverters for Residential & Small Commercial Projects

Leading inverter supplier GoodWe has launched its SDT G2 series inverter solution 17-25kW, its top of the line option for residential and small commercial projects. The company claims that the SDT G2 series is highly efficient, easy to install and integrates the most advanced safety features. It comes with a life-long free monitoring solution Smart Energy Management System (SEMS), which is an all-in-one monitoring solution enabling the user to visualize live data from the PV power plant.

The various inverter capacity options under SDT G2 Series includes – 17kW/ 20kW/ 25kW.

GoodWe SDT G2 series inverter

Some of the SDT G2 Series’ features include:

Design & Technical Strengths

GoodWe SDT G2 series inverter is specially designed for three-phase residential and small commercial projects. One of the benefits of the SDT G2 series is its user-friendly compact design. The SDT G2 inverter is 45% smaller than the first generation and much smarter than other competing products available on the market. Its lightweight and reduced size make it easily transportable and extremely convenient to install and maintain. It also offers 50% DC oversizing capacity and 10% AC overloading, which makes it powerful and smart. The maximum efficiency of the inverter is as high as 98.4%. In addition, SDT G2 series inverters can be customized with an integrated shiny LCD screen, which makes the user interface more practical and intuitive.

Advanced Safety, Protection and Fault Detection

Both the DC side and AC side are equipped with surge protection to protect the inverter from electricity surges, ensuring maximum safety of the whole PV system. SDT G2 is integrated with Arc-Fault Circuit Interrupter (AFCI), enabling the inverter to detect arc fault failure, making SDT G2 series inverter an intelligent device from an O&M point of view. Since the inverter comes with life-long free SEMS monitoring solution, it can send alarms through the monitoring systems and break the circuit simultaneously, thus reducing the risk of fire hazards. SEMS is All-in-One monitoring solutions can help keep track of faults and enables fault analysis and suggestions to keep the PV plant and inverter safe and protected.

GoodWe SDT G2 inverters

Advanced Ventilation System

SDT G2 inverters are designed to perform under extreme conditions. Excessive heat and component operation heat reduce the life and efficiency of the inverter. GoodWe’s SDT G2 series inverters are integrated with the best solution to this issue. The inverters are made tough and ready for extreme environments; with an advanced ventilation system, SDT G2 series inverter is able to dissipate heat efficiently and keep inverter operations efficient even in hot environments.

Data Security

The inverter has data breakpoint resuming function, which means it can re-upload data to the monitoring system when it reconnects to the server after going off-line. The data is encrypted during the transmission process and data on the server has backup. All these features ensure 100% data security.


GoodWe inverters offer reliable operation and excellent performance and are well recognized by customers worldwide. GoodWe’s philosophy is to always create win-win partnerships with customers by identifying and integrating the most advanced components and techniques available while offering unparalleled after-sales service. Technological innovation is GoodWe’s main core competence. With a large in-house R&D team in two R&D centres, GoodWe can offer a comprehensive portfolio of products and solutions for residential, commercial and utility-scale PV systems, ensuring that performance and quality go hand-in-hand across the entire range.

The company is a leading enterprise which focuses on research while manufacturing of PV inverters and energy storage solutions. With an accumulative installation of 16 GW installed in more than 80 countries, GoodWe solar inverters have been largely used in residential and commercial rooftops, industrial and utility-scale systems, ranging from 0.7kW to 136kW.

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