Smart Balcony Solar IoT App with Real-Time Energy Monitoring | WedoSolar Flutter Solution
Challenge
The client aimed to create a smart solar power solution for balconies, combined with a mobile and web application to monitor and control energy usage. A key challenge was building a system that could accurately track energy generation and present it in a clear, user-friendly format through real-time graphs.
Another challenge was enabling seamless communication between the app and IoT-based solar hardware, allowing users to send instructions reliably while ensuring low latency and high stability. The system also needed to support multiple platforms (Android, iOS, Web) with consistent performance.
Additionally, implementing secure API communication for AI-driven insights and device interaction was critical to protect user data and system integrity. The solution also required push notifications, localization support, and scalable backend services to handle growing user adoption.
The client aimed to create a smart solar power solution for balconies, combined with a mobile and web application to monitor and control energy usage. A key challenge was building a system that could accurately track energy generation and present it in a clear, user-friendly format through real-time graphs.
Another challenge was enabling seamless communication between the app and IoT-based solar hardware, allowing users to send instructions reliably while ensuring low latency and high stability. The system also needed to support multiple platforms (Android, iOS, Web) with consistent performance.
Additionally, implementing secure API communication for AI-driven insights and device interaction was critical to protect user data and system integrity. The solution also required push notifications, localization support, and scalable backend services to handle growing user adoption.
Solution
We developed a cross-platform application using Flutter for Android, iOS, and Web, ensuring a unified and efficient development process. The app provides users with real-time energy monitoring through interactive graphs and a simple interface to control their solar systems.
We integrated Firebase services for authentication, cloud functions, and real-time data handling. FCM notifications were implemented to keep users updated on system activity and alerts. Secure HTTP APIs were used to connect with IoT devices and AI services, enabling reliable communication and intelligent insights.
State management was handled using BLoC to maintain a scalable and maintainable architecture. We also implemented language localization to support a broader user base.
We developed a cross-platform application using Flutter for Android, iOS, and Web, ensuring a unified and efficient development process. The app provides users with real-time energy monitoring through interactive graphs and a simple interface to control their solar systems.
We integrated Firebase services for authentication, cloud functions, and real-time data handling. FCM notifications were implemented to keep users updated on system activity and alerts. Secure HTTP APIs were used to connect with IoT devices and AI services, enabling reliable communication and intelligent insights.
State management was handled using BLoC to maintain a scalable and maintainable architecture. We also implemented language localization to support a broader user base.
Results
The solution enabled users to easily monitor and manage their solar energy systems through a single app, improving usability and engagement. Real-time graphs provided better visibility into energy savings, while remote control features enhanced convenience.
The scalable architecture and cross-platform approach reduced development effort and allowed faster deployment. Secure integrations and reliable notifications improved overall system performance and user trust, creating a strong foundation for future IoT and energy-based enhancements.
The solution enabled users to easily monitor and manage their solar energy systems through a single app, improving usability and engagement. Real-time graphs provided better visibility into energy savings, while remote control features enhanced convenience.
The scalable architecture and cross-platform approach reduced development effort and allowed faster deployment. Secure integrations and reliable notifications improved overall system performance and user trust, creating a strong foundation for future IoT and energy-based enhancements.