Event & Blog

SVG for commercial buildings is used to improve power factor correction, reduce reactive power, and support voltage stability. Modern commercial buildings use HVAC systems, elevators, pumps, lighting, UPS systems, and office equipment. These loads change throughout the day.

SHANGHAI, China – May 28, 2026 – Intone Power, a premier innovator in industrial power electronics and grid stabilization solutions, today announced the successful energization of its state-of-the-art power quality correction systems at a massive municipal water reclamation facility in East China. The deployment of Intone Power's advanced Active Power Filters (APF/AHF) and Static Var Generators (SVG) marks a critical development in China’s ongoing drive to integrate high-efficiency automation into its public utility sectors.

In chemical processing and pharmaceutical manufacturing, precision is not just a goal. It is a requirement.

When you turn on a light, charge your phone, take the subway, watch videos, or run factory machines, you use electricity. Few people wonder why the power remains stable, clean, and reliable. Behind stable power supplies, smooth subways and efficient wind farms lies key power electronics: SVG (Static Var Generator). 

As electric vehicles (EVs) gain momentum worldwide, countries are increasingly investing in charging infrastructure to support sustainable transportation. Azerbaijan, strategically located between Europe and Asia, has begun its transition toward cleaner mobility solutions. This EV charging case study examines Azerbaijan’s infrastructure development journey, highlighting key challenges, implementation strategies, and lessons learned during the deployment of EV charging networks.

Energy storage is changing how we use power. A new energy storage system helps you save money and stay safe. It works well with new energy like solar or wind. This guide explains the top ten ways this tech helps you today.

The global shift toward renewable energy is unstoppable. Solar and wind power are now the leading sources of new electricity capacity worldwide. However, as we integrate more 'green' power into the grid, a new challenge emerges: grid stability.

In power systems, reactive power compensation is key to keeping grids stable and using electricity efficiently. Many businesses use traditional capacitor banks for compensation, only to find they don’t work well in real operation. This article explains simply why standard capacitor banks often fail to compensate reactive power properly.