As the world accelerates its transition to renewable energy, grid stability is becoming critical. The grid integration of photovoltaic, wind and other intermittent energy sources increases the demand for grid services such as frequency response and voltage stability. TGpro New Energy’s grid-forming inverters support global grid stability through advanced power conversion and control systems.
Battery storage and grid formation technology: supporting 100% renewable energy systems TGpro New Energy’s grid formation inverters combine high-efficiency power conversion systems and advanced control technology to achieve millisecond response, laying the foundation for building 100% renewable energy systems. In areas with high renewable energy penetration, such as Australia, its inverters significantly enhance grid stability through fast response and short circuit level support.
Demonstration case: Australian power grid Australia plans to achieve 82% renewable energy ratio by 2030. TGpro New Energy’s inverters have performed well in a number of energy storage projects in Australia, effectively coping with challenges such as frequency fluctuations and long-distance transmission to help stabilise the power grid.
Technology highlights: three-phase hybrid energy storage inverter
Full-power UPS mode: Provides uninterrupted power during grid fluctuations or power outages.
AFCI Active Arc Protection: Automatically detects and stops arc faults to ensure system safety.
High PV input power: 50% higher than the market average, supporting larger scale PV systems.
A number of international certifications: to obtain EN50438, RD1663, G83, G59, G99 certification.
Looking to the future TGpro New Energy’s three-phase hybrid energy storage inverter, with its grid formation technology, full-power UPS mode and AFCI protection, provides safe and reliable support for the global clean energy transition and intelligent power systems, helping to build a green future.
