AI Care was created to take photovoltaic monitoring to a higher level: no longer just a simple screen with production and consumption figures, but an intelligent platform that observes the system, interprets the data, and helps the installer and the end customer to intervene before an anomaly becomes a problem.

A modern photovoltaic system isn't just made up of panels. There are inverters, batteries, consumption profiles, energy drawn from the grid, energy fed in, weather conditions, hourly energy prices, and the user's daily habits. All these elements are constantly changing. This is why the real value of a storage system depends not only on the installed hardware, but also on the ability to interpret its operation over time.

With AI Care, Heiwit brings together everything you need to understand what's happening on a single platform: production, consumption, battery, inverter, and anomalies. The objective is simple: to give the system owner maximum control and, at the same time, offer the installer a complete overview of their entire system portfolio.

From a single plant to the installer's fleet

Traditional monitoring is often designed for the individual user. AI Care, however, reasons on two levels: the individual system and the installer's fleet. This completely changes how assistance is provided. The end customer can clearly verify how their system is performing, while the professional can control multiple installations from a single operating environment.

For the installer, it means not having to wait for the customer's call to know that something is wrong. A battery not working as expected, an inverter reducing power, a system producing less than anticipated, or abnormal consumption can be intercepted in advance. Monitoring thus becomes a tool for quality, scheduled maintenance, and ongoing customer relations after installation.

Actual production versus expected production

One of the most important points is the comparison between actual production and expected production. Simply looking at the kWh produced is not enough: it's necessary to understand if those kWh are consistent with the plant's location, orientation, tilt, season, and weather conditions. A plant can produce less due to clouds, shading, dirt on the panels, configuration issues, or technical inefficiencies. Without a benchmark, these signals remain invisible.

AI Care correlates plant data with an expected estimate and allows for the assessment of deviations. This allows for the distinction between a simply less favourable day and behaviour that warrants attention. It is a fundamental step in transforming monitoring from a “passive reading” into intelligent control.

Withdrawals, inflows and energy autonomy

Another key element is the analysis of flows within the network. To understand if a plant is working well, you need to know when the house draws energy, when it feeds it in, and how much of its needs are met by the sun and battery. The goal isn't just to produce energy, but to use it as efficiently as possible.

The platform displays the ratio between grid energy, photovoltaic energy, and battery energy. This helps the customer understand how much storage is contributing to their autonomy and how much it is reducing grid draw. For Heiwit, this data is essential: a battery should not be perceived as a simple add-on component, but as the intelligent heart of the system.

Weather, PUN and external data: why they are needed for monitoring

A truly advanced system doesn't just look inside the plant. AI Care also integrates external data, such as weather forecasts and energy price trends. Weather conditions affect photovoltaic production, while hourly zonal prices affect the value of energy fed into the grid. Connecting this data to the plant's operation allows for a much more realistic assessment.

This is where monitoring becomes the foundation for optimisation. If the platform knows how much energy could be produced, how much the customer consumes, when the battery is charged, and what value the energy will have at different times of the day, it can build a more effective strategy. Monitoring is no longer the end goal: it is the starting point for better energy management.

A new experience for the end customer

For the end customer, AI Care simplifies system monitoring. In a single interface, they can view the system's status, production, savings, battery contribution, and consumption trends. This increases awareness and reduces the distance between technology and everyday use.

A photovoltaic system is often perceived as something that “works on its own”. This is partly true, but precisely because of this, the customer needs to trust. Seeing clear data, receiving timely reports, and knowing that the system is monitored increases peace of mind and enhances the perceived value of the energy investment.

A competitive advantage for installers

For installers, AI Care also represents a commercial topic. It means not only selling panels, inverters and batteries, but proposing a system managed by an intelligent platform. This is a change of positioning: from technical installation to continuous energy service.

Installers can differentiate themselves by offering monitoring, preventative assistance, and advanced management tools. In an increasingly competitive market, the ability to support the customer after the sale becomes a decisive advantage. AI Care makes this approach more scalable, as it centralises information and allows for the control of many systems with a single view.

Conclusion

The photovoltaic of the future will not only be more powerful or cheaper. It will be smarter. AI Care was born for this: to combine monitoring, data, and operational intelligence in a platform designed to improve plant control, assistance, and performance.

For Heiwit, the sodium-ion battery is just one part of the transformation. The real leap is to build an ecosystem where hardware, software, and data work together. A plant that is monitored, interpreted, and followed over time is a more useful, more reliable plant, and closer to the real needs of those who use it every day.