Energy Management Platform

Web app for users of photovoltaic systems

Distributor of products for heating, cooling, and hot water supply, Germany.

Request
To build a solution to optimize the self-consumption of users’ photovoltaic systems.
Result
We developed a dynamic and user-friendly platform that streamlines the utilization of photovoltaic systems, maximizing efficiency and notably cutting down on energy expenses.
Technologies
  • Node.js
  • Typescript
  • React
  • Next.js
Result
We developed a dynamic and user-friendly platform that streamlines the utilization of photovoltaic systems, maximizing efficiency and notably cutting down on energy expenses.

Results

  • Cost Efficiency

    End users gained greater control over their energy usage, maximizing the benefits of solar systems and reducing energy costs through smarter water-heating management.

  • Stronger Market Position

    The solution helped the client enhance their product offering and stand out from competitors by providing added digital value to end users.

Challenge

Our client, a distributor of water-heating and photovoltaic equipment, wanted to enhance their competitiveness by offering a smart digital solution. They planned to develop a web application with intuitive dashboards to help end users monitor the performance of their systems and manage energy consumption more effectively. 

Due to the complexity of integrating multiple IoT-enabled devices into a unified system, the project required strong expertise in hardware communication and scalable software development. 

With our proven experience in IoT and energy solutions, the client chose us as their tech partner to deliver the platform and boost their market competitiveness.

Solution

The web app allows users to check the compatibility of their water-heating devices, register them, and complete the onboarding process. After authentication, customers gain access to a comprehensive dashboard that includes device management, real-time data, forecasting tools, and other features.

To deliver maximum value to end users, the platform was designed with a strong focus on usability, transparency, and control. It combines advanced IoT capabilities with an intuitive interface, allowing users to easily interact with their energy systems and make informed decisions.

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Device Management

Once devices are onboarded to the platform, users can view a list of their equipment and monitor operational status and performance metrics in real time. They can also remotely adjust the settings of all connected devices.

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Turning Water Heating On/Off

The web application enables users to turn water heating on and off remotely according to their individual needs. Additionally, they can set a heating schedule through the app.

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Real-Time Consumption Monitoring

The app provides a live view of energy production, consumption, and storage levels. This helps users better understand the efficiency and performance of their photovoltaic systems.

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Energy Cost Analysis

Our application compares the cost of self-consumed solar energy with that of grid-supplied energy and provides insights into potential savings. This data clearly demonstrates the financial benefits of using photovoltaic systems.

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Energy Forecasting

This feature uses predictive analytics to forecast solar energy generation based on weather data. As a result, users can plan their energy consumption and storage more effectively.

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Smart Alerts and Notifications

The app sends real-time alerts about system performance, battery storage status, and potential issues. This ensures users stay informed about maintenance needs and energy production efficiency.

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