Renewable Energy
SiC and hybrid power modules for 1500 V solar, storage and wind systems.
Overview
Solar, storage and wind plants are moving to 1500 V DC-links and more power per inverter, which puts conversion efficiency, power density and 25-year reliability at the centre of every design. Dicio supports the whole conversion chain — MPPT boost stages, two- and three-level inverters and bidirectional battery interfaces — with 2000 V and 2300 V* SiC MOSFETs for simple two-level 1500 V systems, 1200 V and 1700 V IGBT + SiC SBD hybrid modules for high-current central inverters and wind converters, and SiC discretes for residential string inverters. Industry-standard footprints let inverter makers upgrade installed platforms from silicon to hybrid or full SiC without a mechanical redesign.
Power conversion architecture
From Energy Source to Power Grid
Power generated by solar, energy storage and wind systems passes through DC-DC conversion, an inverter, filtering and transformation before connecting to the grid. Every conversion stage requires power semiconductors suited to its system voltage, current, switching frequency and cooling conditions.
Energy Source
A photovoltaic array, energy-storage battery or wind turbine supplies DC or generated power to the power-conversion system.
Engineered value
Performance you can verify
Review the engineering values that matter when selecting a device, then connect each requirement to a product and its operating condition.
Key Applications
Utility-Scale PV Central Inverter
C&I / Residential String Inverter
ESS PCS (Grid-Scale & C&I)
Wind Full-Scale Converter
Hybrid PV + Storage
Green Hydrogen Rectifier
Key Topologies and Recommended Products
Multi-channel MPPT boost DC-DC
- Stage / system
- String inverter input stage · One boost leg per MPPT input
- Device class
- 2000 V SiC MOSFET · SiC SBD
Recommended products 2
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