HOYMILES hübriidmuundur HYT-5.0HV-EUG1 (3-phase)
The HOYMILES Hybrid Inverter HYT-5.0HV-EUG1 is a cutting-edge 3-phase power solution designed for residential and commercial applications. This versatile inverter combines high performance, advanced features, and robust safety measures to deliver an efficient and reliable energy management system.
- Powerful Performance: With a maximum PV input power of 7500W and AC output rated power of 5000VA, it's suitable for various energy needs
- Wide Battery Compatibility: Supports lithium-ion batteries with a voltage range of 170-600V and max charge/discharge power of 5000W
- Dual MPPT: Features 2 MPPT trackers with a voltage range of 200-950V for optimal solar energy harvesting
- Flexible Grid Connection: Compatible with 3-phase, 4-wire, and single-phase systems
- Advanced Communication: Equipped with RS485, CAN, Wi-Fi, Ethernet, and 4G connectivity options
- Cloud Monitoring: Integrates with S-Miles Cloud for real-time system monitoring and control
- High Protection Degree: IP65-rated for outdoor installation and operation in harsh environments
- Wide Operating Temperature: Functions reliably from -25°C to +65°C
- Low Noise Operation: Operates at less than 40 dB(A) for quiet performance
- Comprehensive Safety Features: Includes overcurrent protection, ground fault detection, and anti-islanding protection
- Easy Installation and Maintenance: Wall-mounted design with modular components for simplified setup and servicing
- Remote Updates: Supports remote firmware updates for hassle-free maintenance
- International Certifications: Complies with various standards including EN 50549, VDE-AR-N 4105, and IEC 62109-1/2
The HOYMILES HYT-5.0HV-EUG1 hybrid inverter represents a significant advancement in renewable energy technology. Its combination of high efficiency, versatile connectivity, and robust safety features makes it an excellent choice for those seeking a reliable and future-proof energy solution. Whether for residential or commercial use, this inverter offers the flexibility and performance needed to optimize energy management and reduce reliance on the grid.