Mini EMS vs PV

The company develops and produces photovoltaic inverter equipment by itself. In order for customers to use the company's products more conveniently, it develops a set of remote energy real-time management system, and also develops an app based on mobile phone operation, which is convenient for customers to view photovoltaic inverters at any time. The core functions of the App are as follows: WIFI configuration: complete the configuration of connecting the PV inverter to WIFI. After the WiFi configuration is successful, the PV inverter connects to the remote energy real-time management system and uploads data; login function: the customer enters the user name and Password, after successful login, enter the power station list display interface; power station list: users can view the equipment running status, total power generation and total revenue under each power station; power station overview: overview of power station information and equipment information, including power generation, Current power, CO2 emission reduction, total power generation and other information; equipment operation flow chart: display the information of machine operation, display the basic information such as the model and version number of the machine, and select different machine operating status display through different serial numbers; Power Plant Daily Record: Users can view the latest error/warning information. You can view the time when the event occurred in the power station, the device serial number, event name and other information; remote settings: divided into basic settings, working mode settings, reset wifi, restart the machine, activate the battery function, the user can according to their own needs The selected machine Online remote operation;

[Intelligent Management] Through smart meters, household electricity consumption data is automatically collected and analyzed to optimize and improve the efficiency of household PV microgrid energy storage system. [Efficient Power Supply] By optimizing the distribution of photovoltaic power generation among various parts of the household microgrid energy storage system, it reduces the household's dependence on traditional electricity while also providing emergency power for the household, thereby minimizing the cost of household electricity. [Safe and Reliable] PV-EMS uses advanced data encryption technology to ensure user information security. [Easy to operate] The PV-EMS interface design is concise and clear, and the operation process is simple and easy to understand. - Main Function - 【Real Time Monitoring】PV-EMS can display the working status of each part of the household PV microgrid energy storage system in real time: solar power generation, energy storage battery charging and discharging, grid power supply, etc. Parameters include key information such as charging status, power, voltage, current, etc., so that users can understand the working status of the system at any time. 【Remote Control】Users can remotely control the start, stop and charge and discharge mode switching of the household PV microgrid energy storage system through PV-EMS, which is convenient for intelligent management. 【Energy Analysis】PV-EMS provides detailed energy usage reports, including daily, weekly, and monthly electricity consumption and energy storage, to help users understand their home usage and make energy saving plans. 【Fault Warning】When the system fails, PV-EMS will issue an early warning notification in time and provide possible solutions to ensure that users can deal with the problem in a timely manner. 【System Setup】Users can customize the discharge time, discharge power and other parameters of the household PV microgrid energy storage system according to their personal needs to achieve personalized management. PV-EMS aims to provide users with a convenient and intelligent household PV energy management experience to make home electricity more environmentally friendly and efficient. Download the experience!