Event & Blog
Improving Power Quality with Active Harmonic Filters and Static Var Generators
This blog explains how Active Harmonic Filters (AHFs) and Static Var Generators (SVGs) improve power quality. AHFs reduce harmonic distortion, while SVGs fix reactive power issues. Together, they ensure cleaner, more stable, and efficient electrical systems, especially in industrial and renewable energy settings.
How Intone Power Ensures Power Quality Management
Intoepower delivers cutting-edge power quality solutions: harmonic filters, dynamic VAR compensation & smart microgrids. Proven 30%+ energy savings with 500+ global projects. Discover how!
THDi vs. TDD: Key Differences in Power Quality Analysis
THDi measures the harmonic distortion relative to the fundamental current, TDD evaluates it in relation to the maximum demand load, providing a more practical assessment of harmonic impact on the system.
Optimize High Voltage Side Compensation with Intonepower's HT Sensing SVG solutions
In modern power systems, maintaining stable voltage levels and minimizing harmonic distortions are critical for industrial, commercial, and renewable energy applications. At SHANGHAI Intonepower, we specialize in high voltage side compensation solutions that enhance grid reliability, reduce energy losses, and comply with global power quality standards. Our innovative technologies, including Active Harmonic Filters (AHF) and Dynamic Reactive Power Compensation Systems, deliver unmatched efficiency and precision.
SVG Applications at Photovoltaic (PV) Sites
Even with complete compensation of the low-voltage side reactive power, the transformer itself generated reactive power, causing the high-voltage side power factor to remain below the required level.
To address the high-voltage side reactive power generated by the transformer, the on-site high-voltage side power quality was measured.
Performance Comparison of Harmonic Filters in an Industrial Power System for Harmonic Distortion Reduction
This paper compares the performance of harmonic filters to reduce harmonic distortion in an industrial power system. The comparison is done for single-tuned, double-tuned, high-pass, and C-type harmonic filters. As a result, the double-tuned harmonic filter performs better than the other types of filters by reducing Total Harmonic Distortion for the voltage and current waveforms.
Inside the Assembly: AHF & SVG Cabinet Production
Our focus on innovation ensures every cabinet meets high standards of performance and reliability. Whether for manufacturing, renewable energy, or commercial applications, our solutions are tailored to empower your business.
Power Quality Issues in Photovoltaic Projects and Solutions
As the demand for renewable energy continues to rise globally, photovoltaic (PV) projects have become an essential component of the energy mix. Solar energy, while offering significant environmental benefits, introduces several challenges related to power quality when integrated into the grid. In this blog, we will explore the common power quality issues encountered in PV projects and provide solutions to mitigate their effects, ensuring stable and efficient grid operation.
Decoding power factor correction how it affects energy efficiency
In the intricate landscape of electrical systems, understanding and optimizing power factor correction (PFC) is of paramount importance. Power factor correction might not directly slash the overall electricity consumption of a device or system, yet it wields a significant influence in enhancing electrical efficiency, thereby potentially reducing energy usage indirectly.
Differences between STATCOM, Active Harmonic Filter and SVG
Devices like STATCOM, APF, and SVG are designed to improve power quality by addressing different aspects of electrical systems. While they all use power electronics to enhance grid performance, each device is tailored for specific applications and offers unique benefits depending on system requirements.