Problem

As the use of photovoltaic systems became more popular, there was a need for an application that could monitor and control battery input and output based on demand or manual interaction. The existing solutions were either too expensive or lacked the necessary features.

We needed to create an affordable and feature-rich application that could help users monitor their photovoltaic systems and control battery input and output based on their needs.

Solution

We created an application using nestjs and postgresql for the backend and capacitor and react for the frontend. The application allowed users to monitor their photovoltaic systems in real-time, view historical data, and control battery input and output based on their demand or manual interaction.

The application also had a user-friendly interface that made it easy for users to navigate through different features. We made sure to keep the cost low so that it would be accessible to everyone who needed it.

Team

Team Member #1 - Full Stack Developer
- Built the backend using nestjs and postgresql
- Integrated different APIs to enhance the application's functionality
Team Member #2 - Frontend Developer
- Built the frontend using capacitor and react
- Designed a user-friendly interface that made it easy for users to navigate through different features
Team Member #3 - Embedded Developer
- Built embedded code for battery controller
- Setup ioT Infrastructure

App for Photovoltaic System Control