Expertly Crafted Oasis 60, Outdoor + Axihycon 29.9h Axihycon 29.9h Oasis 60 (new) [T58Kmuro]

Introducing the Oasis 60, Outdoor + AXIhycon 29.9H Hybrid Power Solution

The Oasis 60, Outdoor + AXIhycon 29.9H Hybrid Power Solution is a cutting-edge commercial power bundle designed for small to medium-sized commercial applications. This innovative combination of the Sunwoda Oasis 60 with a 60.0 kWh usable capacity and the AXIhycon Hybrid Inverters ranging from 29.9 to 50 kW offers unparalleled efficiency and reliability. With dual separate storage connections, this system can achieve a total of 120.0 kWh, making it ideal for a wide range of commercial uses.

Key Product Features and Specifications

The Oasis 60, Outdoor + AXIhycon 29.9H Hybrid Power Solution boasts several standout features. With up to 40A DC input current and the ability to accommodate up to 4 MPPT trackers, this system ensures maximum energy capture. The two separate storage connections, each capable of handling 70A charging current, provide flexibility and scalability. The integrated AFCI and DC surge protection Type 2 offer enhanced safety, while the USV-level backup function ensures continuous power supply during outages. The system's AC output is 29.9 kW with a three-phase AC connection, and it includes an Energy Meter and a WiFi/LAN data logger for easy monitoring and management.

Practical Applications and Benefits

The Oasis 60, Outdoor + AXIhycon 29.9H Hybrid Power Solution is perfect for a variety of commercial applications, including office buildings, retail stores, and small industrial facilities. Its high-capacity battery storage and efficient inverters ensure a reliable power supply, even during peak demand periods. The system's ease of installation and scalability make it an excellent choice for businesses looking to reduce their energy costs and minimize their carbon footprint. With its robust design and advanced features, this hybrid power solution is sure to meet the needs of any commercial user, providing peace of mind and enhanced operational efficiency.