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The new 53-acre campus will expand Power Electronics’ U.S. industrial footprint, deliver up to 40 GW of annual production capacity and create more than 400 new jobs in the Houston area. Houston, Texas – Power Electronics celebrated the groundbreaking of its future campus in Houston, Texas, marking a major milestone in the company’s long-term growth and industrial strategy in the United States.The ceremony brought together Power Electronics’ executive leadership, government officials and authorities, customers, industry partners and members of the Houston business community to recognize the beginning of a new chapter in the company’s U.S. operations.Located on more than 53 acres, the new campus represents a significant expansion of Power Electronics’ manufacturing footprint in the United States. The project will include two buildings of approximately 150,000 and 700,000 square feet, bringing together Logistics, Production, Electronics Manufacturing, R&amp;D, Training, Corporate Offices, and other key functions within a single industrial campus.Once fully operational, the Houston campus is expected to deliver up to 40 GW of annual production capacity and create over 400 new jobs in the Houston area.Designed to become Power Electronics’ most automated inverter production site to date, the campus will incorporate advanced production technologies and processes focused on efficiency, quality, scalability and reliability.<h3>Strengthening U.S. Energy Infrastructure Through Local Manufacturing</h3>The new Houston campus comes at a critical time for the U.S. energy industry, as accelerating demand from utility-scale solar, storage, data centers and broader electrification continues to increase the need for reliable power conversion solutions and resilient domestic supply chains.The Houston campus represents more than additional production capacity. It is a long-term investment in American industry, skilled employment, technological innovation and the infrastructure required to support the next generation of the U.S. energy system.“For the first time in many years, the United States will be able to meet its growing need for sustainable power generation capacity and energy resilience through local manufacturing, supported by the most advanced technology in the world. Our 40 GW Houston Campus will help shape the future of energy and AI growth globally,” said David Salvo, CEO of Power Electronics.<h3> Built on Decades of Power Electronics Expertise</h3>With 40 years of experience and more than 116 GW installed in the U.S., Power Electronics has built its position as a global industry leader through a continued focus on innovation, advanced manufacturing and service.The United States has become a key market in the company’s global strategy. For more than a decade, Power Electronics has steadily strengthened its presence across the country, building local teams, operations and technical expertise to serve some of the most significant and demanding energy projects in the U.S.By continuing to invest in manufacturing, engineering, talent and service resources, Power Electronics is reinforcing its long-term commitment to the market and its role in advancing the infrastructure needed for the next generation of energy development.With the addition of the Houston campus, Power Electronics will further strengthen its global manufacturing platform and reach up to 105 GW of annual production capacity worldwide, combining its operations in the United States and Europe to support customers with greater scale, proximity and resilience across key energy markets.

Power Electronics Breaks Ground on the Largest Manufacturing Campus for Power Conversion Systems in the U.S.

Fleet electrification is quickly becoming an infrastructure priority for universities. As campuses work to reduce emissions and meet sustainability commitments, they must also ensure that transportation electrification can be supported by reliable energy infrastructure, operational continuity, and future growth.These topics were recently explored during Powering Campus Fleet Electrification, a webinar featuring Power Electronics, The Mobility House, and Washington University in St. Louis. Using Washington University's fleet electrification project as a real-world example, the discussion examined how universities can deploy charging infrastructure that supports operational reliability today while remaining scalable for future fleet growth.The challenge is no longer whether to electrify. It is how to build charging infrastructure that can scale alongside evolving fleet requirements without creating new constraints on campus energy systems.A recent example is the fleet electrification project at Washington University in St. Louis, where Power Electronics' charging infrastructure works alongside The Mobility House's smart charging platform to support campus fleet operations while optimizing energy management. The project combines fast-charging infrastructure, charge management capabilities, and onsite solar integration within a centralized charging strategy.The results demonstrate what is possible when fleet operations, charging infrastructure, and energy management are planned together. Washington University expanded its electric fleet from 10 EVs to more than 45 vehicles, with a target of 65 EVs within five years. Charging times were reduced from more than two hours to approximately 30 minutes, helping improve fleet utilization, route scheduling, and operational efficiency across campus. The university also uses a Charge Management System that guides charging toward periods of net solar export, helping optimize energy use while supporting long-term sustainability objectives.During the webinar, Renaldo Gonzalez, Director of Mobility North America at Power Electronics, emphasized the importance of planning charging infrastructure beyond immediate needs:&quot;Plan for where your university is going, not just where it is today. Start with the fleet, build the infrastructure to scale, and choose partners that will support you over the next 5 to 10 years.&quot;The Washington University project reinforces an important reality for universities and fleet operators alike: successful electrification requires more than installing chargers. It requires an integrated infrastructure strategy that combines reliable charging, intelligent energy management, scalability, and long-term operational support.At Power Electronics, we help organizations address these challenges through scalable charging architecture, dynamic power management, and lifecycle support designed to evolve alongside fleet growth. By combining high-power charging technology with long-term service expertise, we enable campuses and fleet operators to deploy infrastructure that performs reliably today while remaining ready for the mobility demands of tomorrow.

From Fleet Electrification Goals to Deployable Campus Infrastructure 

As electric vehicle charging networks grow in scale and complexity, infrastructure performance is no longer defined solely by charger power. For operators and asset owners, uptime increasingly depends on the ability to monitor fleets in real time, detect issues early, manage assets remotely, and turn operational data into decisions.In this context, Power Electronics is expanding the capabilities of Power On Support, its 24/7 after-sales service, with new AI-powered functionalities for EV charging infrastructure. Already designed to give customers easy access to equipment information, assistance requests, service updates, and full service history from any device, Power On Support now also incorporates advanced monitoring, operations, and predictive maintenance capabilities.Showcased as part of the company’s mobility portfolio at The smarter E Europe 2026 in Munich, this enhanced functionality reflects a broader shift in the market: EV charging infrastructure now requires not only robust hardware, but also intelligent digital control.<h3>Power On Support evolves into a more advanced control environment</h3>With these new capabilities integrated into Power On Support, Power Electronics can access detailed information on its charging assets, including equipment status, location, configuration, and key features. Through a single digital environment, they can monitor charger fleets with real-time visibility into charging details, equipment status, system events, and other relevant operational values.This transforms charging management from a reactive process into a more active operational model. Instead of waiting for an issue to interrupt service, the company can continuously track charger conditions and network performance from a centralized control environment.<h3>AI-powered predictive maintenance and KPI-driven improvement</h3>Power On Support also introduces an advanced layer of infrastructure intelligence through AI-powered capabilities. By combining real-time monitoring with operational data analysis, the system supports predictive maintenance logic that helps identify anomalies, recurring patterns, and early signs of failure before they result in downtime.This is especially relevant in charger fleets, where availability directly affects network reliability, customer experience, and revenue. Beyond maintenance, these new functionalities also enable the collection of operational KPIs that support performance analysis and continuous improvement.In this sense, Power On Support does more than support installed equipment. It also creates a feedback loop between charger operation, service efficiency, and product evolution, helping Power Electronics strengthen both charging performance and future product development.<h3>Remote capabilities for more reliable charging operations</h3>Another important dimension of these new functionalities within Power On Support is their remote capability. Power Electronics can configure charger connection settings, manage OCPP communication, oversee system parameters, and access remote software upgrade information. These functions help reduce operational complexity while increasing control over geographically distributed charging networks.For charging infrastructure owners and operators, this means Power On Support now covers a broader range of needs within a single digital environment: equipment information, service requests, real-time monitoring, historical reporting, incident handling, remote configuration, and continuous optimization.<h3>A new digital focus for Power Electronics’ e-Mobility division</h3>Power Electronics is reinforcing a new digital dimension of its e-mobility offering by combining charging infrastructure with AI-powered software operations. This approach was showcased at The smarter E Europe 2026 in Munich, where the company highlighted how digital intelligence is becoming a key layer in EV charging infrastructure.Power Electronics exhibited the Standalone NB 400, a charger designed for flexible high-power charging. It delivers up to 400 kW, operates within a 150–1000 V voltage range, and supports simultaneous charging for two vehicles.The company also showcased the NBSK 1920, a scalable turnkey charging station developed for high-demand environments. Depending on configuration, it supports MCS and CCS-compatible outputs and up to 24 outputs, making it suitable for charging hubs and more complex deployment models.Completing the portfolio on display, the MCS (Megawatt Charging System) Solution was presented as Power Electronics’ answer for ultra-fast charging applications. Designed for next-generation heavy-duty transport, it supports up to 1500 A at 1000 Vdc and reflects the growing importance of megawatt charging in future mobility infrastructure.Together, these solutions illustrate how AI-powered fleet monitoring, predictive maintenance, and intelligent issue management can complement high-power, scalable, and megawatt charging technologies within a single EV infrastructure strategy.

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