June 19th to 21st local time, Intersolar Europe 2024 was grandly held at Neues Messe München in Munich, Germany. Austa presented its core PV Storage and Charging Integrated Solutions at booth A1.410 with brand-new LOGO, sharing its latest technological achievements with customers and partners from all over the world.
As the world's leading solar industry event, Intersolar Europe gathers industry experts and companies from around the globe to discuss and showcase the latest solar technologies, products, and solutions.
PV Storage & Charging Integrated Solution
AI AFCI Function
Austa brought Full-scenario Hybrid Inverter System Solution to Intersolar Europe 2024, especially Residential PV Storage and Charging Integrated Solution. Among them, brand-new AU3-8KESH single phase high voltage hybrid inverter and AU4-15KETH three phase high voltage hybrid inverter have added advanced AI AFCI functions: fast response, less than 500MS intelligent shutdown; AI arc hunting accurate detection without false alarms; 300 meters of ultra-long detection range; maximum adaptive current 30A.
Smaller in size and lighter in weight at the same power, with high adaptability and compatibility, it supports up to 120% three-phase unbalanced output, of which the three phase high voltage inverter provides 1.5 times DC over-matching. According to customer application scenario requirements, it supports up to 10 parallel machines on and off the grid. At the same time, through advanced inverter control technology, the maximum conversion efficiency can reach 98.4%, high-quality current output, and full-load harmonics are less than 1.5%. Facing the changing natural environment, the three phase high voltage inverter has been upgraded to IP66 protection level, which can flexibly cope with various harsh environments. It also supports anti-backflow protection and establishes a secure and worry free boundary.
Austa low voltage hybrid inverter system solution is used in residential, commercial and small household scenarios such as shops and restaurants. Whether it is self-generation and self-use to reduce electricity costs, or home backup power to avoid the troubles caused by power shortages or unstable power grids, it has emerged with its excellent performance and reliable quality.
Austa low voltage hybrid inverter adopted German technology design, single PV can be operated; supports dual back output; single string component maximum current 18A; and supports a maximum of 12 three-phase parallel machines; supports 100% unbalanced load access, the whole machine is IP66 protection level; supports dry contact starting generator; high safety, short switching time on and off the grid and supports diesel engine working mode, and has an energy conversion efficiency of more than 95%, which minimizes energy loss and improves energy utilization. In addition, it is equipped with an advanced intelligent management system, which can monitor data such as power consumption and power demand in real time, automatically adjust energy storage and release, and meet the power needs of users. Supports battery configurations of various specifications, which can be flexibly matched according to the actual needs and budget of users, and easily expand system capacity.
Innovative solar energy storage technology leads the new trend of the industry. Austa will continue to be committed to the research and development and innovation of solar energy technology, and provide more efficient, intelligent and safe energy solutions for global customers. We look forward to opening a new chapter of clean energy with you.
Austa is committed to the research, development, production and sales of solar inverters. We have strong R&D and production capabilities, and products are exported to 46 countries and regions including Europe, South America, Australia, Southeast Asia, and Africa. Austa upholds the mission of "Let Thousands of Households Enjoy the Green Energy", is committed to the development of integrated energy storage systems, and providing one-stop global smart energy system solutions for customers.
