From March 18th to 20th, the three-day Solar & Storage Live Africa 2024 was grandly held at the Gallagher Convention Center in Johannesburg, South Africa. Austa showed Hybrid Inverter System Solution, Off Grid System Solution, etc. at booth B38.
Solar & Storage is the largest and most influential industry event in South Africa. This exhibition attracted professionals from the solar photovoltaic and energy storage industries from all over the world. As one of the regions with the richest solar energy resources in the world, the South African government attaches great importance to the development of renewable energy and actively promotes the research and development and application of solar energy and energy storage technology. In addition, South Africa's solar energy market has also shown a booming trend in recent years. Showing huge development potential.
Austa is committed to the development of integrated energy storage systems, and providing one-stop smart energy integrated solutions for global customers. At this exhibition, Austa made a stunning appearance with High Voltage Hybrid Inverter System Solution and Low Voltage Hybrid Inverter System Solution, especially its all new full-scenario High Voltage Hybrid Inverter System Integrated Solution. Relying on the second-generation new technology platform, the new AU4-15KETH high-voltage energy storage inverter is smaller and lighter under the same power, has high adaptability and compatibility, and supports up to 120% three-phase unbalanced output. It is fully adapted to the access of 18A large components and provides 1.5 times DC over-configuration. According to the needs of customer application scenarios, up to 9 units can be paralleled. At the same time, through advanced inverter control technology, the maximum conversion efficiency can reach 98.4%. The ultra-low starting voltage of 160V effectively improves power generation efficiency and allows the photovoltaic system to unleash its unlimited potential. 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 safe and worry-free boundary.
Based on customer needs, we have launched the Off Grid System Solution that operates independently of the power grid for the African market. Our sets consist of off grid inverters, solar panels and batteries, providing a flexible solution for generating power in areas where grid connectivity is lack or deficiency. Austa off grid system solution gives you the freedom to live comfortably, and the option to run almost any appliance, rain or shine, morning or night.
Austa N-type TOPCon modules have the characteristics of high conversion efficiency, low attenuation, and high power. They can cover a variety of application scenarios and are suitable for various ground power stations and industrial and commercial rooftop distributed power stations. It can not only meet the needs of large-scale power plants, but also meet the refined requirements of household power stations, providing customers with high-quality photovoltaic products and solutions with high cost performance and excellent reliability. The 580W and 730W double-glass modules on display this time are carefully crafted for the distributed market. They have the advantages of lower attenuation, better high-temperature power generation performance, higher double-sided yield, better low-light performance, and better reliability.
Ningbo Austa Solar Tech Co., LTD. is a subsidiary of OSDA, committed to the research, development, production and sales of solar inverters, providing global customers with smart energy integrated solutions. We have strong R&D and production capabilities, and its independently developed monitoring system can provide users with accurate and comprehensive power plant data and fault alarms anytime and anywhere, making product operation more stable and reliable, and realizing intelligent operation and maintenance management services.
