We developed a custom solution for Android and iOS that collects and processes data from sensors installed on solar panels. The goal was to simplify energy production monitoring and ensure immediate fault reporting.

The main challenge was creating an information system that continuously collects and processes data from sensors installed on solar panels in the field. The system needed to monitor energy production, respond immediately to outages, detect faults, and provide reliable oversight of current performance and calculations of energy delivered to the grid.

We designed a cloud platform that works with real-time sensor data. Data is processed in separate modules where collection, calculations, analysis, and fault management take place. The entire solution is prepared for further scaling and can easily be integrated with existing systems via API.

We kicked off the project with thorough analysis of needs and field operations. Based on this, we prepared the first prototype and tested it directly in real conditions. During iterative development, we continuously improved the system based on feedback and testing results. The client was actively involved in development, which allowed us to configure the solution to match actual operating conditions.

The result is a stable and accurate system that simplifies energy production monitoring. It clearly displays how much energy the panels produced, alerts about faults, and automatically calculates how much energy went to the grid. The client gained a clear and expandable tool that enables efficient real-time solar technology management and is robust enough for scaling.