DSIM Solid-State Transformer (SST) Simulation Solution
Solving key SST challenges for faster deployment
Solid-State Transformers (SSTs) can effectively enhance power quality in high-frequency and highly sensitive environments such as smart grids, renewable energy integration, and semiconductor manufacturing. Their performance heavily relies on wide-bandgap semiconductor materials like SiC and GaN.
However, SSTs still face numerous challenges in scalable applications, including compatibility with existing power grids, the design of complex control and protection systems, overall efficiency that has not yet fully surpassed traditional transformers, difficulties in thermal management, and electromagnetic interference issues caused by high-frequency switching. These technical bottlenecks need to be gradually resolved through optimized selection of power devices, improved control strategies, and enhanced electromagnetic compatibility design.
DSIM provides precise and efficient solutions to address the core challenges in SST development and scalable applications, such as grid compatibility, control and protection.
DSIM Advantage Features
Comprehensive Elements
The design, analysis, and application of SST require modeling of both power and control sections. DSIM provides a comprehensive element library, including modular topologies and control modules commonly used in SST.
Rich SST Case Studies
DSIM offers various SST and related case studies, enabling users to accelerate SST modeling by referencing and building upon existing examples.
DSIM employs an efficient variable-step algorithm and a state-discrete event-driven solver to significantly optimize simulation efficiency, greatly reducing SST simulation time.
DSIM has been widely adopted in 19 countries/regions globally. In research, scholars use DSIM for simulation validation and have published numerous academic papers on SST. In industry, product designs are validated through DSIM simulations, accelerating product iteration.
High Simulation Speed
Practical Validation Speed
