We recently installed a Growatt MOD 10KTL3-X three-phase inverter for a family of four. The inverter manages the energy generated by a 10 kWp solar panel system.

The customer’s primary goal was to reduce electricity costs while ensuring that the system could be expanded with battery storage in the future. Reliability, good value for money and an advanced online monitoring system were key considerations when selecting the Growatt inverter.

During the installation, the inverter was mounted on the wall, the DC and AC connections were completed, and the online monitoring system was configured. The customer can check the system’s current output and energy generation data from a mobile phone within seconds, and monitor its operation at any time.

Based on the first few weeks of operation, the system is working reliably. The online platform also provides detailed information about daily, monthly and annual energy generation.

Growatt inverters can be an ideal choice for family homes and smaller businesses where reliable operation and the option of future expansion are important.

Many households and businesses face the same question: which appliances account for the largest share of their energy consumption? In one of our recent projects, we addressed this issue by installing a Shelly Pro 3EM energy monitoring system.

The Shelly Pro 3EM measures energy consumption across three phases and transmits the data to the user in real time. With the system’s help, it is possible to identify which appliances, electrical circuits or areas of the property have the highest energy demand.

The installation took only a few hours. Afterwards, the customer was able to view detailed consumption data on both a mobile phone and a computer.

Based on the first month’s data, several consumption patterns were identified. Optimising these patterns can result in significant energy savings. The system is particularly useful for customers who already have a solar panel system and want to maximise their use of self-generated energy.

Shelly solutions provide an excellent foundation for intelligent energy monitoring and the development of smart home systems.

For a newly built family home, we designed and commissioned an energy system that already meets the energy requirements of the future. At the heart of the project was a hybrid inverter combined with a 10 kWh battery storage system.

The system is designed so that the solar energy generated during the day is not automatically fed into the grid. Instead, it is first used to charge the battery. The stored energy can then be used by the property during the evening hours.

During installation, we paid particular attention to configuring intelligent energy distribution. The inverter continuously monitors energy generation, consumption and the battery’s state of charge, then automatically optimises the system’s operation based on this data.

An additional benefit for the customer is that, in the event of a power outage, the most important electrical appliances can continue to operate. This provides not only greater convenience but also enhanced security for the property.

Systems like this are becoming increasingly popular among those who want to reduce their dependence on the electricity grid and make the most of their investment in solar energy over the long term.