How it Works

I have found the AI energy management system to be extremely effective in managing my solar generation and battery storage. One of the biggest benefits has been its ability to intelligently control battery charging and discharging, ensuring I minimise grid usage whenever possible.

This was particularly noticeable during the spring season, when solar generation was increasing but there was still a requirement for grid top-ups. Before using the AI system, I would charge the battery from the grid and then end up exporting excess solar generation later in the day. This meant I was effectively paying for energy that I didn’t need to import.

The AI system plans ahead based on forecast solar generation, expected consumption, and tariff periods. It calculates exactly how much energy needs to be stored in the batteries to get through higher-cost tariff periods while maximising the use of free solar energy. As a result, it significantly reduces unnecessary grid imports and makes far better use of the available solar generation.

The financial benefits have been substantial. The system has reduced my energy costs by minimising imports when they are not needed, and during the summer months it will maximise the return from exporting excess energy. Overall, the AI has delivered measurable savings and has made my solar and battery system operate far more efficiently than manual management ever could.

I have a very large solar system on my home, 32 panels and a 10kwh battery, we drive 2 ev’s so naturally there is a lot to manage to get the best out of our system. We subscribed to the AI model who after a week or 2 now seems to know us inside out and does its best to get our bills to virtually 0, app is clean and all the information you could really want is a couple of clicks away.

I have found the AI energy management system to be extremely effective in managing my solar generation and battery storage. One of the biggest benefits has been its ability to intelligently control battery charging and discharging, ensuring I minimise grid usage whenever possible.

This was particularly noticeable during the spring season, when solar generation was increasing but there was still a requirement for grid top-ups. Before using the AI system, I would charge the battery from the grid and then end up exporting excess solar generation later in the day. This meant I was effectively paying for energy that I didn’t need to import.

The AI system plans ahead based on forecast solar generation, expected consumption, and tariff periods. It calculates exactly how much energy needs to be stored in the batteries to get through higher-cost tariff periods while maximising the use of free solar energy. As a result, it significantly reduces unnecessary grid imports and makes far better use of the available solar generation.

The financial benefits have been substantial. The system has reduced my energy costs by minimising imports when they are not needed, and during the summer months it will maximise the return from exporting excess energy. Overall, the AI has delivered measurable savings and has made my solar and battery system operate far more efficiently than manual management ever could.