Advanced Three-Phase Solar Power Inverters for Efficient Energy Management

Sunway Scholar introduces its range of Three-Phase On-Grid Solar Power Inverters, designed to provide efficient energy management for commercial and power plant PV systems. With power ratings ranging from 30kW to 60kW, these inverters offer reliable performance and advanced features.

Intuitive Operation with Sensor Touch Buttons

Sunway Scholar’s Three Phase Solar Power Inverters feature sensor touch buttons that activate the inverter menu. This intuitive interface allows users to efficiently configure and control the inverter settings. With a simple touch, users can access various parameters and make adjustments as needed. The user-friendly design of these inverters ensures convenient operation and ease of use, enhancing the overall user experience.

Seamless Monitoring and Management via Online Portal and Mobile App

Sunway Scholar’s Three-Phase Solar Power Inverters offer advanced communication capabilities. With the built-in Wi-Fi module, users can easily connect to the inverters and monitor their performance remotely. Additionally, the communication options can be expanded to include Ethernet or GPRS, providing flexible connectivity options. By accessing the online portal or dedicated mobile app, users can check the system status, monitor energy production, and receive real-time notifications, enabling efficient system management and optimization.

Conclusion

Sunway Scholar’s Three-Phase Solar Power Inverters provide advanced control and communication capabilities for commercial and power plant PV systems. With power ratings ranging from 30kW to 60kW, these inverters offer reliable performance and convenient features.

The sensor touch buttons enable intuitive operation and easy configuration of the inverter settings. The built-in Wi-Fi module, along with options for Ethernet or GPRS, ensures seamless communication and remote monitoring of the inverters. Through the online portal or dedicated mobile app, users can check the system status, monitor energy production, and efficiently manage their solar power systems.