Pixel Industry
Solar Energy Platform Case Study
Case Study

OptiSolar AI

We’re building a Laravel web platform and mobile app to help solar teams set up installations, manage connected equipment, and follow plant performance, alongside the project’s WordPress website.

  • Industry
    Solar energy

    Plant and battery operations

  • Web app
    Laravel

    Plant and asset management

  • Also built
    Mobile app

    Plant monitoring on the go

  • Project period
    2025-2027

    Development in progress

OptiSolar AI mobile app energy dashboards beside the web app device-management screen
The OptiSolar AI web platform and mobile app bring plant setup and energy monitoring together.
Overview

Web app, mobile app and project website

OptiSolar AI brings plant administration and energy monitoring into a Laravel web platform and mobile app. A separate WordPress website introduces the project and is planned to expand as it develops.

Web app

Administrators manage organisations, users, plants and connected devices, then review installation details and energy information.

Mobile app

Plant owners and teams can check production, consumption, battery status and grid activity, whether they’re on site or away.

WordPress project website

The current site introduces OptiSolar AI. It’s planned to grow as the project develops.

Visit optisolar.ai
The challenge

Solar operations involve more than production figures

Teams need to connect physical equipment to the right plant, organise installations across organisations, and understand how production, batteries, consumption and the grid work together.

  • Connect controllers and other devices to the correct installation.
  • Organise plants, devices and users across multiple organisations.
  • Guide teams through installation setup without asking for information already linked to a device.
  • Make detailed energy data easier to review across web and mobile screens.
Web platform

Manage installations and review plant data

The Laravel application supports both portfolio administration and the detailed work around each solar plant.

Portfolio administration

  • Manage organisations, users, plants and connected devices.
  • Use search, filters and statuses to find the right record.
  • Move between organisations, installations and linked equipment.

Installation setup and monitoring

  • Activate a device by scanning its QR code and following the setup steps.
  • Review plant configuration, location, connected hardware and energy information.
  • Compare measurements with forecasts when the connected service provides them.
Mobile app

Check plant activity while on site or away

The mobile app brings live plant signals and historical energy trends into a focused view for owners and operations teams.

See PV production, site consumption, battery state and grid activity together.
Follow energy flow and review daily energy-management figures.
Explore production, consumption and grid history by date and period.
Review battery charge levels, daily charge and discharge, and energy balances.

The app receives plant data from authorised APIs and live updates. Where available, forecast values appear alongside measured data. Date-based screens follow the selected plant’s local time.

Screenshots

A look at OptiSolar AI

OptiSolar AI project website shown on a desktop monitor
The current WordPress site introduces OptiSolar AI and is planned to grow with the project.
OptiSolar AI web app showing device details and QR code management
Administrators can manage connected devices and the QR credentials used during installation setup.
OptiSolar AI mobile app showing solar, battery, grid, and home energy flow
The mobile app brings live plant readings and energy flow into one view.
Next step

Building a web and mobile platform for your industry?

We build custom applications around the systems, data and daily work your team depends on.

Talk to our team