Power Quality Intelligence (PQI) empowers industries to prevent costly downtime and equipment failures by continuously monitoring and analyzing electrical conditions in real time. Poor power quality such as voltage sags, surges, and transients can silently damage sensitive systems and disrupt operations, leading to significant financial losses. Through advanced monitoring and predictive analytics, PQI detects anomalies before they escalate, enabling proactive maintenance and uninterrupted performance. From manufacturing and utilities to data centers and renewable energy sites, PQI ensures cleaner, more reliable power, safeguarding productivity and protecting critical assets.
APT provides vendor-neutral energy management solutions that optimize power reliability, efficiency, and cost savings. With decades of expertise across healthcare, education, government, and commercial sectors, APT designs, integrates, and supports advanced Electrical Power Monitoring Systems (EPMS) and analytics platforms like UTILYTX. Their partnership-driven approach turns energy data into actionable insights, helping organizations achieve smarter, more sustainable, and scalable power operations.
APT’s Essentials Plus+ Energy Service Program helps organizations maximize energy reliability, performance, and cost efficiency through proactive, vendor-neutral support. Unlike standard service plans, it offers true partnership with expert engineers who know your systems and goals providing continuous monitoring, predictive maintenance, and financial insights that turn energy data into actionable results. With flexible options, transparent pricing, and full support for all major equipment and platforms, APT ensures seamless performance, reduced downtime, and long-term value for your energy infrastructure.
APT partnered with the County of Santa Clara to implement an Automated Demand Response (ADR) system across nine campuses, helping reduce energy costs, enhance efficiency, and support sustainability goals. The solution integrated real-time monitoring and automated load control, delivering over 1,200 kW in load reduction, immediate cost savings, and nearly $300,000 in incentives. By modernizing and unifying energy management systems, APT enabled the County to lower operational expenses, cut carbon emissions, and strengthen long-term energy resilience.
APT partnered with the City of Santa Clara to tackle frequent power quality disturbances impacting high-tech manufacturers in Silicon Valley. By implementing a real-time monitoring and reporting system, including a secure web portal and instant event notifications, APT helped bridge communication gaps between the utility and its customers. The solution led to fewer power quality issues, improved collaboration, and enhanced asset management, strengthening reliability for critical semiconductor operations and supporting Santa Clara’s role as a leader in powering Silicon Valley’s future.
Applied Power Technologies (APT) partnered with the University of California, Santa Cruz (UCSC) to modernize its campus-wide electrical management through an advanced SCADA power monitoring system. The solution enhanced safety by enabling remote control of medium-voltage breakers, reduced response times with automated alerts, and provided real-time visibility of energy data across more than 50 monitoring points. With APT’s Power Dashboard and advanced analytics, UCSC gained safer operations, improved reliability, and valuable insights that now drive sustainability and energy efficiency across the university’s 2,000-acre campus.
APT helped T-Mobile strengthen the reliability of its 320,000-sq-ft data center by unifying thousands of EPMS and BCMS monitoring points into a single, real-time power management platform. The solution delivered proactive alerting, intuitive power-flow visualization, and full remote access through T-Mobile’s Network Operations Center—improving uptime, speeding issue response, and providing a scalable foundation for future data center growth.
APT partnered with Stanford University to implement an advanced energy monitoring system that unified data from diverse campus facilities, enabling real-time visibility into energy usage and system performance. By integrating existing equipment with new metering technology, APT delivered a flexible, vendor-neutral platform that reduced energy costs, improved uptime, and empowered Stanford to make data-driven decisions that strengthened both operational efficiency and long-term sustainability.
APT developed a secure, web-based power quality monitoring system for the SEEDZ initiative, unifying data from multiple organizations to deliver real-time insights, improve grid reliability, and help Silicon Valley partners better manage and respond to power quality events
APT helped Santa Rita Jail deploy one of the nation’s largest CERTS-based microgrids, integrating solar, fuel cells, battery storage, and backup generators into a unified, intelligent energy system. By enabling seamless transitions between grid-connected and islanded modes, APT’s solution improved reliability, reduced energy costs, and delivered true energy independence. The project now offsets millions of kilowatt-hours annually and stands as a leading model for large-scale microgrid innovation.
APT helped the Santa Clara Valley Water District enhance power reliability and streamline operations by integrating a unified electrical power monitoring system. The upgrade improved emergency readiness, centralized data analytics, and enabled smarter, more sustainable, and cost-efficient decision-making across the district’s critical water facilities.
APT partnered with San Francisco State University to deploy a campus-wide energy monitoring system that unified metering, analytics, and reporting across 140 acres. The solution helped SFSU improve energy efficiency, reduce consumption by 15%, and achieve major financial wins, including a $1M PG&E award, while supporting the university’s long-term sustainability and carbon-neutrality goals.
APT supported Applied Materials in deploying a 10+ MW solar power system across its Sunnyvale research campus, integrating advanced metering, EPMS connectivity, and real-time monitoring to optimize performance across ten buildings. The solution improved operational efficiency, enhanced energy visibility, and enabled precise production and CO₂ reduction tracking, strengthening the company’s sustainability goals while boosting long-term financial returns.
APT helped NetApp gain deep visibility into energy use across its Sunnyvale campus by deploying a comprehensive EPMS with advanced submetering, forecasting, and shadow billing capabilities. The solution improved billing accuracy, reduced energy costs, enhanced uptime, and provided the data-driven insights NetApp needed to manage consumption efficiently and support long-term sustainability goals.
APT restored a failing SCADA system for a six-building corporate campus after a major generator fault caused widespread electrical damage. By conducting a full system assessment, coordinating specialized subcontractors, repairing critical wiring and communications, and developing new testing procedures, APT delivered a fully rehabilitated, reliable, and well-documented SCADA and power infrastructure. The project improved emergency preparedness, enhanced system reliability, and empowered on-site teams with the knowledge needed to maintain long-term performance.
APT helped Brocade unify and modernize energy monitoring across its rapidly growing multi-facility footprint by deploying the RECIPE analytics platform. The solution integrated diverse metering systems, delivered real-time visibility into consumption patterns, automated reporting, and provided advanced power quality and cost modeling. With improved reliability, clearer operational insights, and stronger ESG reporting, Brocade significantly reduced costs and gained a scalable foundation for future growth.
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