Hybrid Inverters
Three-Phase High-Voltage Hybrid Inverter
Trio Hybrid series hybrid inverters connected to a three-phase grid and working with high-voltage modular batteries; preferred for medium and large capacity storage in homes and commercial facilities.
48 products
TommaTech TommaTech 15.0 kW Trio Hybrid L Series Hybrid Inverter
Nominal AC output power: 15000 VA Explore
TommaTech TommaTech 20.0 kW Trio Hybrid L Series Hybrid Inverter
Nominal AC output power: 20000 VA Explore
TommaTech TommaTech 25.0 kW Trio Hybrid L Series Hybrid Inverter
Nominal AC output power: 25000 VA Explore
TommaTech TommaTech 30.0 kW Trio Hybrid L Series Hybrid Inverter
Nominal AC output power: 30000 VA Explore
TommaTech TommaTech Trio Hybrid 10.0 kW Three-Phase Inverter
Nominal AC output power: 10000 VA Explore
TommaTech TommaTech Trio Hybrid 5.0 kW Three-Phase Inverter
Nominal AC output power: 5000 VA Explore
TommaTech TommaTech Trio Hybrid 6.0 kW Three-Phase Inverter
Nominal AC output power: 6000 VA Explore
TommaTech TommaTech Trio Hybrid 8.0 kW Three-Phase Inverter
Nominal AC output power: 8000 VA Explore
TommaTech TommaTech Trio Hybrid K 10.0 kW Three-Phase Inverter
Protection rating: IP65 Explore
TommaTech TommaTech Trio Hybrid K 12.0 kW Three-Phase Inverter
Protection rating: IP65 Explore
TommaTech TommaTech Trio Hybrid K 15.0 kW Three-Phase Inverter
Operating temperature [°C]: -35~60 (derating>45, charge derating>35) Explore
TommaTech TommaTech Trio Hybrid K 5.0 kW Three-Phase Inverter
Protection rating: IP65 Explore
TommaTech TommaTech Trio Hybrid K 6.0 kW Three-Phase Inverter
Protection rating: IP65 Explore
TommaTech TommaTech Trio Hybrid K 8.0 kW Three-Phase Inverter
Protection rating: IP65 Explore
TommaTech TommaTech Trio Hybrid Maxi 100 kW HV Three-Phase Hybrid Inverter
Nominal AC power: 100 kW Explore
TommaTech TommaTech Trio Hybrid Maxi 125 kW HV Three-Phase Hybrid Inverter
Nominal AC power: 125 kW Explore
TommaTech TommaTech Trio Hybrid Maxi 30 kW HV Three-Phase Hybrid Inverter
Nominal AC output power: 30000 W Explore
TommaTech TommaTech Trio Hybrid Maxi 35 kW HV Three-Phase Hybrid Inverter
Nominal AC output power: 35000 W Explore
TommaTech TommaTech Trio Hybrid Maxi 40 kW HV Three-Phase Hybrid Inverter
Nominal AC output power: 40000 W Explore
TommaTech TommaTech Trio Hybrid Maxi 50 kW HV Three-Phase Hybrid Inverter
Nominal AC output power: 50000 W Explore
TommaTech TommaTech Trio Hybrid Maxi Series 60 kW Three-Phase Inverter
Nominal AC output power: 60000 W Explore
TommaTech TommaTech Trio Hybrid Maxi Series 70 kW Three-Phase Inverter
Nominal AC output power: 70000 W Explore
TommaTech TommaTech Trio Hybrid Maxi Series 75 kW Three-Phase Inverter
Nominal AC output power: 75000 W Explore
TommaTech TommaTech Trio Hybrid Maxi Series 80 kW Three-Phase Inverter
Nominal AC output power: 80000 W Explore
Trio Hybrid high-voltage group
The Trio Hybrid series includes three-phase hybrid inverters that work with high-voltage (HV) batteries. The catalog shows models such as the L series 15, 20 and 25 kW and the S series All-in-One (AIO) variants in the 10 and 12 kW class. In a high-voltage architecture, battery modules are connected in series, so operation is at lower current.
Selection criteria
- Power class: The total of the loads to be backed up and used during the day is evaluated together with panel power.
- Battery architecture: High-voltage modular batteries and BMS compatibility should be verified from the product documentation.
- AIO preference: All-in-One devices reduce the installation workload by combining inverter and battery management in a single body.
- Auxiliary accessories: Equipment such as the EPS box, parallel box and smart meter should be added to the project design.
Applications in Antalya
Tourism facilities, villa complexes and agricultural businesses experience high consumption in the summer months. A high-voltage hybrid system is used in these facilities to increase self-consumption and protect critical loads.
Installation details
In high-voltage battery connections, safety and grounding rules are strictly applied; installation should be done by a competent crew. The floor load, cable entry and ventilation clearances of battery cabinets or tower racks are planned in advance.
If parallel operation with more than one inverter is planned, the parallel box and communication cables need to be added to the project.
In systems where battery capacity can be increased in modules, the initial investment can be kept small and grown as needed; however, when increasing capacity, module age and software version compatibility should be checked against the product documentation.
At commissioning, the battery charge-discharge limits, grid interaction and the backup supply changeover test are done together.
For the system owner, the most important point in daily use is being able to easily monitor battery level, grid flow and production values through the app. Settings should be made by the authorized crew and password security should be maintained.
Solar Nexo
Solar Nexo offers supply, project design, installation and technical support services together. You can get information about our hybrid system solutions.