In the evolving landscape of power electronics, Insulated Gate Bipolar Transistors (IGBTs) have become the cornerstone of high-efficiency switching devices. From power transmission to renewable energy systems, the selection of the right IGBT module is essential for achieving optimal performance, reliability, and cost-effectiveness. At the forefront of this technological advancement stands SUN.KING Semiconductor, a global leader with independent chip technology and cutting-edge packaging solutions.

Why the Right IGBT Module Matters

Selecting the right packaged IGBT module impacts not only system efficiency but also thermal management, longevity, and overall design flexibility. Factors such as voltage class, current handling, switching speed, and environmental conditions all influence module choice. For engineers and system designers, understanding these parameters is key to ensuring that the power system performs reliably under real-world conditions.

SUN.KING Semiconductor: Innovation at the Core

What sets SUN.KING Semiconductor apart is its mastery of chip-level innovation and advanced packaging technology. With independently developed fine groove, micro groove, and silicon carbide (SiC) chip technologies, SUN.KING delivers products that meet the growing demand for high-performance power semiconductors across diverse industries.

Their voltage platforms cover:

• 750V

• 1200V

• 1700V

This flexibility enables SUN.KING to support a wide range of applications, from traditional power systems to cutting-edge energy storage and electric mobility solutions.

i20 IGBT and d20 Diode Chipsets: Precision Meets Performance

At the heart of SUN.KING's IGBT modules are the i20 IGBT and d20 diode chipsets, purpose-built for application-specific reliability:

• The i20 IGBT chip incorporates advanced trench gate technology, offering lower conduction losses, faster switching, and excellent thermal performance. This makes it ideal for high-frequency and high-efficiency applications.

• The d20 diode chip utilizes soft recovery technology, minimizing switching losses and voltage overshoot while enhancing EMI performance.

Together, these chipsets form the foundation of SUN.KING’s packaged IGBT modules, delivering a seamless balance of power density and control.

Overview of SUN.KING Packaged IGBT and SiC Modules

SUN.KING offers a variety of IGBT and SiC module packaging solutions, each optimized for specific use cases:

IGBT Modules:

• ED Packaged IGBT Modules – Standard high-performance modules suitable for industrial drives and power conversion.

• ST Packaged IGBT Modules – Compact form factor with enhanced thermal management.

• BEVD Packaged IGBT Modules – Designed for high-efficiency energy storage and new energy applications.

• EP Packaged IGBT Modules – Excellent electrical isolation and reliability for power grid applications.

SiC Modules:

• HEEV Packaged SiC Modules – Ideal for high-frequency and high-voltage electric vehicle systems.

• EVD Packaged SiC Modules – Superior for energy storage, solar inverters, and compact power solutions.

Each package type is engineered for optimal thermal conductivity, mechanical integrity, and electrical isolation, ensuring longevity even under demanding operating conditions.

Application Scope

SUN.KING’s packaged IGBT and SiC modules are deployed across a wide array of sectors, including:

• Power Transmission & Distribution

• New Energy (Solar, Wind)

• Energy Storage Systems

• Electric Transportation

• Industrial Automation

This versatility demonstrates the scalability and robustness of SUN.KING technology across mission-critical environments.

Backed by World-Class Expertise

One of SUN.KING’s greatest assets is its international R&D team, comprised of experts from Europe and China with decades of experience in power semiconductors. Their deep industry knowledge fuels ongoing innovation, ensuring that every SUN.KING module delivers excellent electrical performance, thermal reliability, and manufacturing quality.

Conclusion: Making the Right Choice for Your Power System

When selecting a packaged IGBT module, it’s not just about meeting electrical specifications. It’s about ensuring long-term system reliability, managing heat effectively, and integrating with your broader system architecture.

With SUN.KING Semiconductor, you benefit from:

• State-of-the-art chip technology

• Diverse packaging options

• Application-tailored module designs

• Competitive performance for the most demanding industries

Whether you're designing for grid infrastructure, EV powertrains, or renewable energy storage, choosing the right module from SUN.KING can be the key to unlocking next-level performance in your power systems.

Looking for a custom solution or a quote on SUN.KING’s packaged IGBT modules?
Reach out today and discover how SUN.KING can power your innovations.