01 Increasing Adoption of Advanced Power Quality Monitoring and Mitigation Systems The growing integration of renewable generation, power electronics, storage, electric vehicles, and large digital loads is creating more variable operating conditions, increasing the need for real-time monitoring and corrective equipment such as power quality analyzers, active filters, voltage regulators, and power conditioners. In May 2026, the U.S. Department of Energy highlighted the need for enhanced measurement capabilities to detect electrical oscillations associated with large AI-driven data centers, including disturbances that conventional monitoring systems may not adequately capture.
02 Growing Integration of Power Quality Solutions With Grid Modernization Advanced power-flow control, dynamic grid technologies, and improved monitoring are increasingly being considered alongside conventional infrastructure upgrades to improve grid utilization and reliability. In January 2026, the International Energy Agency reported that advanced grid-enhancing technologies were gaining importance for increasing grid flexibility, improving reliability, and integrating new generation and demand resources.
01 Rising Demand for Reliable Electricity Across Digital and Industrial Loads The expansion of data centers, advanced manufacturing, electric transportation, and other electricity-intensive applications is increasing the economic impact of voltage disturbances, harmonics, interruptions, and other power-quality problems. As sensitive electronic equipment becomes more prevalent, businesses and utilities have greater incentives to deploy equipment that maintains stable and reliable electrical conditions.
01 High Equipment and Installation Costs Limit Adoption Power quality solutions can require specialized monitoring, engineering, installation, integration, and maintenance, increasing the upfront cost for industrial facilities and utilities. The broader modernization of electrical infrastructure is also facing elevated component prices and supply-chain constraints, which can raise project costs and extend procurement timelines.
01 Expansion of Data Centers and High-Power Digital Infrastructure Creates New Demand Rapid growth in AI and data-center infrastructure is creating new requirements for sophisticated power monitoring, conditioning, protection, and reliability systems. Highly concentrated and rapidly changing electrical loads can introduce new grid-interaction issues, creating opportunities for advanced power quality equipment capable of detecting and managing disturbances across a wider range of operating conditions.
01 Managing Complex Power Quality Conditions in Increasingly Converter-Based Grids Power quality equipment must therefore detect and respond to disturbances across different voltage levels and frequency ranges while remaining compatible with increasingly sophisticated grid-control architectures.
June 2026 Schneider Electric introduced the next-generation EasyPact Solar MCCB, expanding its circuit protection portfolio for commercial and industrial renewable-energy installations. The new molded-case circuit breaker improves electrical protection, reliability and power quality in distributed energy systems.
April 2026 Vertiv completed the acquisition of BMarko Structures, strengthening its prefabricated modular infrastructure capabilities for data centers. The acquisition enhances Vertiv's integrated critical power, power distribution and power-quality infrastructure offerings for high-density AI facilities.
March 2026 Vertiv acquired ThermoKey, an Italian manufacturer of heat-exchange technologies, to expand its thermal management portfolio supporting critical power infrastructure and power-quality solutions for AI and hyperscale data centers.
November 2025 Vertiv acquired PurgeRite, a U.S.-based provider of mechanical flushing, purging and filtration services. The acquisition expands Vertiv’s lifecycle services portfolio supporting mission-critical electrical infrastructure, including UPS, switchgear and power distribution systems.