Sophisticated algorithms analyze and eliminate electrical disturbances, leading to even greater accuracy and efficiency in power quality management.
While we expect uninterrupted and stable electricity access wherever we go, reality often falls short. The efficient distribution of electricity to consumers relies on the power quality of the network, a crucial factor in guaranteeing a reliable and seamless power supply.
Low-voltage harmonic filters address power quality issues by mitigating harmonic distortions, compensating for reactive power, and stabilizing voltage levels. They are key in improving reliability, efficiency, and productivity while reducing downtime and costs in industrial, commercial, or residential applications.
The economic effects of poor power quality
Power quality issues frequently arise due to compatibility problems between the electrical grid and the constantly changing array of electronic devices and equipment. The rising prevalence of electronic devices, from LED lamps and computers to sophisticated medical equipment and industrial machinery, has heightened susceptibility to power disruptions.
Poor power quality can have many consequences, impacting businesses and individuals. This includes damage to electrical installations, unexpected production downtimes, inefficient production processes, and high energy consumption due to system losses. Moreover, organizations may face penalties imposed by grid operators due to reactive power in their installations. The financial implications are significant, hindering peak performance and preventing assets from achieving their full potential.
Calculating the economic effects of poor power quality can be challenging, but the consequences are tangible. For instance, a power quality issue during production in the food and beverage industry could result in thousands of spoiled products. In healthcare settings, malfunctioning electrical or electronic equipment due to power quality problems can pose a significant risk to a patient’s health, potentially leading to misdiagnosis with consequences on people’s well-being. Recognizing these consequences is critical to understanding the need for specific action plans to improve power quality.
Introducing PQactiF: Hitachi Energy’s innovative filtering solution
For decades, passive filter technology has been the solution of choice to address power quality issues. This technology employs capacitors and inductors to filter unwanted harmonics and electrical noise at a pre-defined frequency, providing effective and cost-efficient solutions. However, passive filtering has limitations in canceling varying harmonics over the load range and may be less suitable for changing operating conditions. In contrast, active filter technology, pioneered by Hitachi Energy1 in the 1990s, actively eliminates harmonics and electrical noise in real-time at nearly any frequency using electronic components, resulting in a cleaner, more stable, and safer power supply.
PQactiF is Hitachi Energy’s latest technological development — a low-voltage active harmonic filter solution that raises the bar for power quality. Building upon the best digital technology available, PQactiF uses sophisticated algorithms to analyze and eliminate electrical disturbances, leading to even greater accuracy and efficiency in power quality management. It offers harmonic filtering and compensates for low power factor and load imbalance in a single device. This innovative solution is suitable for residential, commercial, and critical industrial applications, providing compactness, modularity, flexibility, and scalability.
PQactiF goes beyond its advanced filtering capabilities; it incorporates enhanced communication and configuration functions. Users benefit from a user-friendly, intuitive interface and an open platform for configuration, equipped with monitoring and control access-based Wi-Fi connectivity. Furthermore, PQactiF’s design emphasizes energy efficiency, featuring construction elements that minimize losses compared to other available solutions.
Ensuring sustainable and efficient energy
As the world becomes more technologically advanced, with automated factories, smart appliances, and digital infrastructure, the demand for reliable power cannot be emphasized enough. Advanced systems and devices require precise and stable electrical power to operate at peak efficiency. Any fluctuations or interruptions in power quality can lead to malfunctions, downtime, data loss, or damage to the equipment. Therefore, ensuring that power quality keeps pace with technological advancements is essential to support its seamless integration.
PQactiF represents a significant step toward ensuring sustainable and efficient energy, enabling advancements in various industries and applications. Hitachi Energy’s power quality solutions, exemplified by PQactiF, pave the way for groundbreaking technologies that are changing our lives. By prioritizing excellent power quality, we can unlock the potential for enhanced efficiency and productivity and safe energy for a better future. Power quality is not a luxury; it is a necessity.
Formerly known as the Power Grids division at ABB.
