The solar power remote wireless monitoring system independently developed by our company can save customers labor costs, post-maintenance costs, and data transmission costs. 1. In this wireless remote monitoring system, one gateway can upload the data of thousands of inverters to the cloud server, reducing the number of gateways and saving costs. 2. Long communication distance. The communication and transmission distance between the gateway and the inverter terminal can be as long as 8 kilometers (In an open and ideal area); 3. It is mainly transmitted through the low-frequency and wide-area wireless IoT(such as LoRaWAN) networks, the signal is more stable, data transmission frequency could be customized, such as every hour, once a day etc. 4. The data transmission between the inverter and the gateway does not require a data card (2G/3G/4G), and the data transmission does not require traffic charges, which saves data communication costs. 5. The platform can be customized according to customer needs, and the synchronization function of the mobile terminal and the PC terminal can be customized. 6. The operation of the monitoring system is not affected by the development of communication technology. No matter the communication technology is 2G, 3G, 4G, or 5G or even higher level, our system can operate stably. 7. No need to rely on the public network, no need to build communication base stations at a high cost. We are especially stronger in remote areas with weak network signal coverage, remote rural areas, pastoral areas, islands, deserts, etc., reducing manpower and material costs. 8. High level industrial security. Enterprise-grade network infrastructure enables the operation and management of IoT networks while providing proven reliability and scaling. Secure connectivity for thousands of gateways, millions of devices and the routing of critical data