Power Electronics , a world leader in inverters for energy storage and a benchmark manufacturer of solar inverters, has reached 170 GW of installed AC power worldwide, consolidating its position as a key player in power conversion technologies in a context marked by the growing demand for more flexible, robust and resilient energy systems.
The company will present this advancement at The smarter E Europe 2026 , which will be held from June 23 to 25 in Munich, where it will showcase its latest solutions at booth B3.330 . The growth from 150 GW achieved by the end of 2025 to 170 GW by mid-2026 reflects the strength of its international expansion and its ability to respond with reliable and scalable solutions to the needs of increasingly demanding applications.
This evolution also lays the foundation for continued growth, with the goal of reaching 190 GW of installed AC power by the end of 2026 .
This milestone is closely linked to Power Electronics' growth in strategic markets, especially in the field of energy storage, where it has reinforced its leadership in regions such as the United States, Australia and the United Kingdom , driven by the growing demand for flexibility solutions and grid support.
Furthermore, the company has experienced outstanding growth in Europe , especially in countries such as Spain, Italy, Lithuania and Poland , consolidating its position in a market where resilience, system stability and integration capacity are key factors.
Storage solutions focused on grid-forming and flexibility
In energy storage, Power Electronics promotes solutions aimed at strengthening grid stability and providing greater flexibility to the system, with a special focus on grid-forming capabilities.
Their PCSM and Multi PCSM battery inverters are designed for large-scale storage applications, allowing direct connection to medium-voltage networks and facilitating the design and commissioning of plants.
Their modular architecture allows for scalable configurations and increased availability, while the Field Replaceable Units (FRUs) facilitate quick and efficient maintenance. These inverters are compatible with all battery technologies and can operate in both grid-following and grid-forming modes, providing robust support for grid stability and system flexibility.
This proposal is complemented by the Freesun DC/DC converter , an advanced hybrid solution designed for DC-coupled architectures that allow for the integration of photovoltaic energy while also providing a direct connection between the storage system and the DC/AC converter. This enables fully grid-formed operation and combines the efficiency of DC-coupled systems with the robustness of AC-coupled plants. In this way, system stability is improved, investment is optimized, and the overall plant performance is increased.
Power Electronics is also bringing to Europe extensive experience in grid-forming technologies, especially from markets such as Australia, where these solutions already play an essential role in grid stability and the integration of renewable energy.
Data Centers: a more efficient and resilient digital infrastructure
As part of its growth strategy, Power Electronics is strengthening its position in Data Centers, a strategic business line driven by the rapid expansion of artificial intelligence and high-performance computing.
To address the growing energy needs of digital infrastructure, the company offers a comprehensive solution that combines advanced power conversion and cooling control technologies. Among these, the AIPCS stands out—an integrated 800 VDC medium-voltage power supply system designed for high-density data center architectures, which improves efficiency and reduces energy losses.
This proposal is complemented by the PCSM and Multi PCSM battery inverters , medium-voltage energy storage devices for utility-scale applications that provide fast response, high power quality, and advanced grid support capabilities, ensuring continuity of supply and energy resilience. In addition, there is the XMV670 medium-voltage frequency converter , specifically developed to enable precise and efficient control of cooling systems, optimizing performance and reducing overall energy consumption.
Together, these technologies enable the development of scalable data center infrastructures, ready for the AI era and capable of operating in highly dynamic load environments without compromising operational stability.
Solar portfolio for large-scale and hybrid projects
In the Solar division, Power Electronics will present the HEM solar inverter and the Freemaq DC/DC converter , thus reinforcing its value proposition for large-scale photovoltaic and hybrid plants.
The HEM solar inverter is a turnkey solution that integrates medium-voltage equipment into a single container, simplifying installation design and reducing connection costs. It combines the advantages of a central inverter architecture with a modular approach, enabling efficient operation, high performance, and easier maintenance. Furthermore, the HEM facilitates hybrid configurations thanks to its integration with DC/DC converters, supporting solar-plus-storage applications.
In these hybrid environments, the Freemaq DC/DC converter maximizes the performance of solar power plants by incorporating key features such as energy shifting, power ramp control, frequency response, and the recovery of energy that would otherwise be lost to clipping . Its modular design and compatibility with all battery technologies allow for more flexible plant configurations, improving both efficiency and long-term profitability.
Taken together, these solutions reflect Power Electronics' ability to develop integrated solar and storage systems tailored to the changing needs of large renewable projects.
A European value proposition based on resilience and reliability
At The smarter E Europe 2026, Power Electronics will strengthen its position in the European market with a proposal based on European manufacturing, resilient supply chains, reliable technology and cybersecurity solutions.
Their portfolio responds to current market needs, where grid-forming technologies, system flexibility and integration capabilities are becoming increasingly important.
Power Electronics' solutions are designed to meet the requirements of new energy systems, while aligning with European regulatory frameworks and facilitating projects linked to EU funding and strategic infrastructure.
This proposal is further reinforced by Power On Support, Power Electronics' after-sales service model, which provides comprehensive technical support throughout the entire life cycle of each project.
Driving the next generation of energy systems
The 170 GW of installed AC power capacity not only reflects Power Electronics' global reach but also the sustained growth recorded in recent months in key international markets. This expansion reinforces the company's role as a leading partner for both large-scale projects and critical applications in increasingly complex energy systems, where integration, flexibility, and performance are paramount.
At The smarter E Europe 2026 , Power Electronics will showcase how its solutions for solar, storage and data centers converge to meet a new generation of energy infrastructures, prepared for both the demands of digitalization and the challenges of the energy transition.
“Reaching 170 GW of installed AC power is the result of strong growth in recent months and reflects our customers’ confidence in our technology globally. This momentum, especially in markets like Europe, the United States, and Australia, allows us to continue scaling our solutions and contribute to the development of the next generation of energy systems,” said Raúl Padierna, CSO of Power Electronics .