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Views: 0 Author: Site Editor Publish Time: 2026-08-20 Origin: Site
Visit CRE at Booth G06 | August 26–28, 2026 | Shenzhen, China
As the global transition toward renewable energy accelerates, solar photovoltaic (PV) systems and energy storage are becoming increasingly important to the modern power infrastructure.
Behind every efficient PV inverter, energy storage system, and high-power conversion platform is a range of critical power electronics components. Among them, capacitors play an essential role in DC-link filtering, energy buffering, ripple current handling, voltage stabilization, filtering, and overall system reliability.
This August, Wuxi CRE New Energy Technology Co., Ltd. will bring more than 40 years of film capacitor expertise to PCIM Asia Shenzhen 2026, with a particular focus on capacitor solutions for solar PV, energy storage, and other renewable energy applications.
From August 26 to 28, 2026, you can meet the CRE team at Booth G06 at the Shenzhen World Exhibition & Convention Center.
If you are developing solar inverters, energy storage systems, PCS equipment, or other renewable energy power conversion systems, we invite you to visit CRE at G06 and discuss your application requirements with our technical team.
This year, we look forward to focusing the conversation on one of the fastest-growing areas of power electronics: solar PV and energy storage.
As photovoltaic power generation expands, inverter systems must handle higher power levels while maintaining stable operation, high efficiency, compact design, and long service life.
For inverter manufacturers, capacitor selection is therefore much more than a component-level decision. The capacitor needs to work reliably under the electrical, thermal, mechanical, and environmental conditions of the complete system.
CRE provides a range of film capacitor solutions designed for demanding power electronics applications, including DC-Link Capacitors, AC-Filter Capacitors, EMC-Filter Capacitors, Resonance Capacitors, and IGBT/GTO Snubber Capacitors.
These solutions can support different stages and functions within power conversion systems, helping engineers address requirements for DC-side filtering, AC filtering, switching protection, resonance, and electromagnetic compatibility.
The DC-Link is a critical part of many photovoltaic inverter architectures.
It connects the DC power source with the inverter's switching stage and helps stabilize the DC bus while handling voltage fluctuations and ripple currents generated during power conversion.
As PV systems move toward higher power density and more demanding operating conditions, the performance and reliability of DC-Link capacitors become increasingly important.
CRE's DC-Link capacitor portfolio includes multiple construction options, providing flexibility for different inverter architectures and installation requirements.
For solar inverter manufacturers, this means you can evaluate capacitor solutions according to your specific voltage, current, lifetime, space, cooling, and mechanical requirements.
Energy storage is becoming a key part of the renewable energy ecosystem.
By storing electricity when generation is available and releasing it when needed, energy storage systems can support grid stability, renewable energy integration, peak shaving, backup power, and more flexible energy management.
At the heart of many battery energy storage systems (BESS) is a power conversion system (PCS) responsible for converting and managing electrical energy between the battery and the grid.
This creates demanding requirements for power electronics components.
The PCS may need to operate continuously under high electrical loads while maintaining stable conversion efficiency and reliable performance. Capacitors within the system must therefore meet the requirements of the overall power conversion architecture.
CRE's film capacitor solutions can be applied across power conversion functions relevant to energy storage systems.
DC-Link Capacitors can support the DC bus in power conversion systems.
AC-Filter Capacitors can support filtering on the AC side of inverter and converter systems.
EMC-Filter Capacitors can help address electromagnetic compatibility requirements in power electronic equipment.
Snubber Capacitors can support switching device protection by absorbing high-frequency voltage and current transients.
Together, these solutions give system designers more options when developing the capacitor architecture for energy storage and renewable energy equipment.
The renewable energy industry is evolving from standalone power generation toward integrated energy systems.
Solar PV, battery energy storage, PCS, grid connection, and energy management increasingly need to work together as one system.
For equipment manufacturers, this means component suppliers need to understand more than individual specifications.
CRE has more than 40 years of experience in film capacitor design and manufacturing, with solutions used in applications including renewable energy, energy storage, electric vehicles, rail transportation, industrial frequency conversion, power transmission, and other power electronics fields.
Currently, CRE already supports over 5000 projects worldwide and has mature capacitor solutions and the ability to supply global markets. At PCIM Asia Shenzhen 2026, our team will be ready to discuss how capacitor solutions can fit into your projects.
Every PV inverter and energy storage system has its own design requirements.
Our technical team can discuss your application, operating conditions, electrical requirements, mechanical limitations, and other project-specific factors to help identify a suitable capacitor solution.
CRE has been developing and manufacturing film capacitors for power electronics applications for more than four decades.
That experience provides a strong foundation for understanding the requirements of renewable energy and high-power conversion systems.
From DC-Link and AC filtering to snubber, resonance, and EMC filtering, CRE provides multiple capacitor solutions for different power electronics functions.
CRE serves applications across renewable energy, energy storage, EV/HEV, rail transportation, industrial drives, power transmission, and other demanding fields.
This cross-industry experience allows you to approach capacitor selection from a broader system perspective.
Your project may require specific dimensions, electrical characteristics, mounting configurations, or other design requirements. CRE can develop customized capacitor solutions around your application.
With experience supporting thousands of projects globally, CRE understands the importance of consistent product performance, technical communication, and reliable cooperation for international customers.
Join us at PCIM Asia Shenzhen 2026 and discover how CRE can support your next solar PV, energy storage, or power conversion project.
Let's build more reliable power conversion solutions for the renewable energy future.
