Smart Energy Week 2026

Solar & Storage Live London

In 2025, a major European&nbsp;charging hub,&nbsp;located&nbsp;in the United Kingdom,&nbsp;faced a critical challenge: rapidly growing EV traffic was putting increasing pressure on its existing charging infrastructure. The operator needed a solution capable of delivering consistent ultra‑fast charging power, minimizing congestion, and supporting future expansion.To address these needs, the operator deployed our <a href="https://power-electronics.com/en/mobility/nb-station?utm_campaign=casestudy_nbstation&amp;utm_source=blog&amp;utm_medium=blogEN" rel="noopener noreferrer" target="_blank">NB Station</a> 1.44&nbsp;MW ultra‑fast charging system paired with 8 Slim double dispensers, creating a robust configuration of 16 simultaneous charging points. This setup was specifically engineered to improve user experience, reduce waiting times, and&nbsp;maintain&nbsp;operational stability even during periods of high demand.&nbsp;<h3>System Design and Power Capabilities&nbsp;</h3>With up to 1.44&nbsp;MW of installed power, the&nbsp;NB Station&nbsp;can intelligently distribute&nbsp;power&nbsp;across 16 points or deliver up to 360 kW to four points&nbsp;simultaneously ideal&nbsp;for next‑generation EVs requiring rapid charging speeds.&nbsp;The flexible configuration allowed the operator to manage unpredictable traffic flows, adapt to spikes in demand, and&nbsp;maintain&nbsp;a smooth charging experience for users.&nbsp;<h3>Advanced Technology That Transforms Operations&nbsp;</h3>The feature Boost Mode (500A) increases current for non-cooled&nbsp;dispensers, enabling ultra-fast charging in less time. This reduces wait times and enhances the user experience. &nbsp;Meanwhile, Plug &amp; Charge technology introduced a seamless authentication system,&nbsp;allowing drivers to plug in and charge&nbsp;immediately&nbsp;without apps or cards.&nbsp;This ensures a secure, seamless,&nbsp;and&nbsp;frictionless&nbsp;experience,&nbsp;improving&nbsp;customer&nbsp;satisfaction&nbsp;and operational efficiency. &nbsp;For the operator, this meant fewer user errors, lower support requests, and improved throughput across the site.&nbsp;<h3>Real Performance Results&nbsp;In&nbsp;Under&nbsp;A&nbsp;Year&nbsp;</h3>The installation quickly proved its value. According to operational data collected throughout 2025:&nbsp;<ul><li>Peak power demand reached 920.6 kW, confirming the site's heavy usage.&nbsp;</li><li>Total energy delivered exceeded 1.88 GWh.&nbsp;</li><li>More than 62,800 charging sessions were recorded.&nbsp;</li></ul>These figures reflect a highly active site&nbsp;operating&nbsp;at exceptional levels of availability and reliability.&nbsp;<h3>Impact On Roi&nbsp;and&nbsp;Customer Experience&nbsp;</h3>With more completed sessions and fewer charging interruptions, the operator saw a clear acceleration in ROI. The&nbsp;strong performance&nbsp;allowed them to consider expanding the site and replicating the model in&nbsp;additional&nbsp;locations.&nbsp;<h3>Future‑Ready Infrastructure&nbsp;</h3>The NB Station solution positions the operator for long‑term success. As EV battery capacities grow and ultra‑fast charging becomes the standard, the system is prepared to support higher power levels and an increasing number of vehicles.This hub now stands as a proven example of how strategic infrastructure upgrades can support regional electrification goals and enhance user experience across the EV ecosystem.&nbsp;&nbsp;<img src="https://bucket-software00.s3.amazonaws.com/web-power-electronics/blog/test/content-media/temp-Energy-demand-monitoring_-One-of-Europes-major-EV-charging-hubs.png">

UK ultra-fast charging hub exceeds 60,000 annual charging sessions, leading the way for fast charging in Europe

CEO David Salvo addresses grid stability,&nbsp;AI-driven&nbsp;load volatility and the role of batteries as active grid assets&nbsp;As artificial intelligence and cloud computing accelerate the expansion of data centers across the United States, ensuring grid stability has become a critical operational requirement. At the 12th annual UNC Cleantech Summit, Power Electronics outlined how&nbsp;gridforming&nbsp;inverter technologies and battery energy storage systems are&nbsp;emerging&nbsp;as essential tools to support reliable, resilient power supply for&nbsp;nextgeneration&nbsp;digital infrastructure.&nbsp;During the Summit, one of the leading clean energy forums in the U.S., Power Electronics CEO David Salvo participated in the panel “The True Causes of the Iberian Blackout” and delivered the keynote “Power Your Data,” focusing on how&nbsp;AIdriven&nbsp;data center growth is reshaping electricity demand profiles and placing unprecedented pressure on transmission and distribution networks.&nbsp;Salvo explained that highly volatile AI workloads, with power peaks exceeding 100 kW per rack, are increasing the risk of voltage disturbances and local grid congestion.&nbsp;Gridforming&nbsp;inverter technology enables data centers to actively support voltage and frequency stability, while battery systems can&nbsp;operate&nbsp;as dynamic grid assets—absorbing peaks, smoothing&nbsp;demand&nbsp;and enabling islanded operation during grid disturbances.&nbsp;The discussion also drew lessons from the April 2025 Iberian Peninsula blackout, highlighting the importance of advanced power electronics and storage solutions as renewable penetration increases and traditional synchronous generation declines.&nbsp;“AI data centers are creating fast, highly volatile loads that the grid was never designed to manage,” said&nbsp;Salvo.&nbsp;“When racks are reaching 100 kilowatts and switching on and off multiple times per second, you need&nbsp;grid-forming&nbsp;inverters and energy storage to stabilize voltage, manage peaks and keep operations running when the grid is disturbed.”Power Electronics’ participation at the UNC Cleantech Summit reinforces the company’s role in advancing technologies that strengthen grid resilience, support renewable&nbsp;integration&nbsp;and enable the continued growth of critical digital infrastructure.About Power ElectronicsPower Electronics is the leading manufacturer of solar inverters in Europe, Oceania, and America, and the global leader in energy storage inverter solutions. With 38 years of experience, the company has delivered more than 3,100 projects across 36 countries through its solar, energy storage, data centers,&nbsp;emobility, and industrial divisions.&nbsp;&nbsp;In 2025, the company reached 150 GW of installed AC power capacity, preventing the emission of more than 149.25 million tons of CO₂. With 45 GW of manufacturing capacity, Power Electronics has&nbsp;established&nbsp;itself as a global benchmark in&nbsp;the energy&nbsp;and digital transformation.&nbsp;

Power Electronics highlights how gridforming technologies can secure U.S. data center growth at the UNC Cleantech Summit 

Italy’s energy landscape is rapidly evolving as large‑scale storage becomes essential for balancing a growing share of renewables. Power Electronics is contributing to this transition with solutions designed to strengthen operational resilience, support long‑duration applications, and enable new market opportunities for developers and asset owners.Italy’s transition toward a decarbonized energy mix has placed grid stability and capacity management at the center of the technical discussion. The rapid growth of renewable energy calls for new, fast-response services and an evolution in energy storage system architecture.In this context, Power Electronics has established itself as a key technological partner, helping ensure operational resilience through advanced power conversion solutions.A Strategic Partner for Stability and Regulatory ComplianceThe Italian transmission and dispatch system, operated by Terna, is governed by very specific technical requirements detailed in the national grid code, including Annex A79 for Battery Energy Storage Systems (BESS) and Annex A68 for photovoltaic plants (PV).Strict compliance with these standards is essential to ensure the safe and reliable integration of new assets into the grid. For developers, having technology already adapted to these specifications is critical to guarantee technical viability and operational availability from the earliest project stages—particularly when competing in auctions such as MACSE or the capacity market.With this in mind, Power Electronics delivers storage solutions capable of responding precisely to Terna’s protocols, minimizing technical risk and enabling smooth integration into a highly demanding regulatory landscape.The company’s PCSM battery inverter, fully compliant with Annex A79, enables critical grid support functionalities such as voltage and reactive power regulation, Power Oscillation Damping (POD), FSM regulation, and Black Start capabilities. By combining these services in a single platform, the system not only ensures regulatory compliance but also maximizes plant availability in fast-response markets and ancillary service programs.Leadership in Grid-Forming: Resilience and Long-Duration StorageAs long-duration storage becomes essential to Europe’s energy transition, projects increasingly require equipment capable of operating with advanced grid-forming services. The PCSM inverter has been validated in utility-scale installations worldwide, proving its ability to act as a stable voltage source and deliver synthetic inertia to the grid. This capability is critical to mitigating frequency fluctuations and securing the long-term stability of the European power system.As Samuele Saccone, Business Development Manager at Power Electronics, highlights: “Italy needs technologies that can support the system in capacity markets and fast-response ancillary services. With our PCSM inverter, we offer the optimal solution for long-duration energy storage projects and advanced grid-forming services for large-scale BESS—reducing technical risk and ensuring the operational resilience that Terna and investors require today.”Additionally, the flexibility of the Multi PCSM architecture enables the connection of up to four independent battery blocks, providing technical scalability for major infrastructure funds and large developers.Maximizing Profitability and Efficiency in FER-X NZIA TendersAt the same time, the current tendering environment for solar projects in Italy, particularly under the FER-X NZIA framework, prioritizes cutting-edge technology and European-manufactured components. These criteria reinforce technological sovereignty and strengthen the resilience of the local supply chain.With a manufacturing capacity of 45 GW, Power Electronics stands out as a key European supplier for projects requiring traceability, reliability, and regulatory compliance. Its HEM central inverter, built on a modular concept that integrates the medium voltage section within a single enclosure, simplifies installation and reduces connection costs.In FER-X NZIA tenders, where European manufacturing origin is a decisive factor, the HEM and HEMK inverters position themselves as strategic choices to maximize incentives, reduce operational risk, and streamline integration into the Italian regulatory framework.Meet Us at KEY – The Energy Transition ExpoPower Electronics will participate in KEY – The Energy Transition Expo, taking place from March 4-6, 2026, at the Rimini Expo Centre, Hall B7, Booth 440. The company’s engineering and business development teams will be available to share insights from recent grid-forming projects and discuss how next-generation storage solutions can enhance competitiveness in upcoming public auctions and strengthen Europe’s energy infrastructure.

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