As solar installations scale up and performance expectations for green power rise, inverter designs must deliver more power, efficiency, and reliability – in less space. Vincotech provides the power modules to make this possible enabling compact, high-performance, and cost-optimized solar inverter solutions.
Designing solar inverters is an exercise in balancing efficiency, cost, and reliability under increasing performance demands. As solar energy scales across residential, commercial, and utility applications, inverter architectures must deliver higher power density, improved thermal performance, and long-term stability.
Vincotech power modules enable optimized system design by combining advanced topologies with silicon and silicon carbide technologies. Engineered with low parasitic inductance and robust die-attach solutions, they help maximize the performance and reliability of renewable energy systems.
Designed for 1500 V solar inverters up to 250 kW, flowBOOST S3 combines hybrid Si/SiC technology with an optimized cost/performance ratio.
Triple flying capacitor boost for up to 20 kW per leg
Auxiliary diodes for flying capacitor pre-charge
12 mm flow S3 baseplate-less housing
)
Designed for 1500 V string PV systems up to 350 kW, flowNPC E3BP provides hybrid Si/SiC and pure Si options to meet key requirements for performance, power density, and cost.
Optimized for 1500 V solar inverters up to 350 kW
Latest-generation Si and SiC technologies
Optimized inductance and thermal layout
)
Designed for 1500 V solar inverters up to 250 kW, flowBOOST S3 combines hybrid Si/SiC technology with an optimized cost/performance ratio.
Triple flying capacitor boost for up to 20 kW per leg
Auxiliary diodes for flying capacitor pre-charge
12 mm flow S3 baseplate-less housing
Designed for 1500 V string PV systems up to 350 kW, flowNPC E3BP provides hybrid Si/SiC and pure Si options to meet key requirements for performance, power density, and cost.
Optimized for 1500 V solar inverters up to 350 kW
Latest-generation Si and SiC technologies
Optimized inductance and thermal layout
)
)
)
)
)
)
)
)