HF-Bewegung 
Überblick
The E-Hybrid controller, a revolutionary product, effectively reduces battery costs and extends battery life through solar energy utilization. To ensure users intuitively experience these benefits and ensure convenience, the E-Hybrid controller mobile app has been introduced. This app not only optimizes the user interface for one-click operation but also displays real-time equipment performance and energy efficiency data through intelligent monitoring, enabling users to easily understand energy usage.
Detailed description
1. Working block diagram of E-Hybrid controller
The working block diagram of the E-Hybrid low-voltage controller is as follows:
The working block diagram of the E-Hybrid high-voltage controller is as follows:
2. Computer operation interface of E-Hybrid low-voltage controller
The system comprises two efficient 300W 24VDC small solar panels, providing a total solar input of 600W. Through the intuitive interface of the E-Hybrid controller mobile app, users can access detailed information about current energy utilization. For instance, the interface indicates that the solar panels actually output 600W, constituting 18%, or 108W. Of this energy, 11%, or 66W, powers daily loads like household appliances, while the remaining 6%, or 36W, charges the battery, effectively storing excess electricity for later use.
3. Mobile APP for E-Hybrid controller Launched
The mobile app offers end-users a more convenient and intuitive operating platform. daher, the E-Hybrid controller mobile app was specially introduced. Its aim is to enable users to easily control and manage their solar energy systems through a simplified user interface and enhanced interactive features.
(1) Real time monitoring
Der “Array & Battery” interface, specifically designed to display detailed information about connected solar panels and batteries, is a core functional module of the E-Hybrid controller mobile app. Through this interface, users can access real-time data on solar collection and battery charging, including energy output, current battery level, and estimated battery usage time. This allows users to gain a comprehensive understanding of device operation.
(2) One-click optimization
The Status interface features a user-friendly design, making all data and function buttons easily accessible. Even technical novices can quickly learn to view and interpret data. Außerdem, by optimizing device operation settings through intelligent algorithms, the system ensures optimal performance in various environmental conditions. It automatically adjusts power distribution to prioritize critical electricity demands while maximizing battery life.
(3) Energy management
Here is the Energy interface, displaying curves comparing mains, solar, Batterie, and load energy over time. It offers detailed energy consumption reports and historical data analysis, assisting users in optimizing energy usage. Visual charts and statistical data intuitively depict energy flow and usage efficiency, empowering users to make informed energy management decisions.
Summarize
The E-Hybrid controller solution maximizes solar energy usage, prioritizing user perspectives. Continuously refined based on user needs, it comes with a mobile app, serving as an efficient energy management tool. It simplifies solar energy system operation remarkably, enabling users to control energy usage in real-time with ease, ensuring optimal system performance. This app represents a crucial step in integrating high-tech energy solutions into daily life, empowering users to master energy management.