Event & Blog

Reactive power compensation helps stabilize voltage and improve grid efficiency by balancing power flow, reducing waste, and avoiding penalties.

The 11kW and 22kW three-phase AC EV home chargers are the next step in home EV charging technology. They offer faster charging speeds, future-proofing for larger EV batteries, and the ability to support multiple vehicles, making them an ideal choice for modern EV owners. Whether you are preparing for the future of electric mobility or seeking a more efficient way to charge your current EV, these chargers provide the speed, power, and flexibility to meet your needs now and in the years to come.

As electric vehicles (EVs) become increasingly popular worldwide, the demand for efficient and reliable home charging solutions is rising. For EV owners, having access to a home charging station is a game-changer, offering convenience and flexibility in their daily routine. One of the most common options for home EV charging is the 7kW Single-Phase AC EV Charger, which provides the ideal balance between charging speed, ease of installation, and affordability.

This blog explores the benefits, key features, installation process, and considerations of using a 7kW single-phase AC EV home charger.

Capacitance Regulation refers to the management and control of capacitive components in electrical systems to optimize power factor, enhance voltage stability, and improve overall power quality. This process involves adjusting the capacitance levels in response to varying load conditions, ensuring that the system operates efficiently and reliably.

In this article, we explore the importance of Power Factor Correction (PFC) in making electrical systems more efficient. We’ll cover methods of PFC, including passive solutions like capacitors and advanced active techniques that dynamically adjust power usage. By implementing PFC, businesses can reduce waste, improve system reliability, cut costs, and support sustainable energy practices.

Understanding and managing power quality is crucial for maintaining efficient electrical systems. Two key aspects of power quality are Total Harmonic Distortion (THD) and Power Factor. This article delves into these concepts, explaining their significance and how they are calculated, measured, and addressed.

IntonePower has launched the EcoPower Cube L215-A, a compact and scalable energy storage system designed to improve power efficiency in commercial and residential settings. Featuring high-capacity lithium batteries and smart energy management, the L215-A optimizes power use, reduces energy costs, and provides backup during grid failures.

Three-phase imbalance is a common issue in residential complexes, often stemming from the uneven distribution of electrical loads across phases. This imbalance can significantly affect power quality, reduce system efficiency, and lead to costly equipment damage. Fortunately, specialized power correction devices, like Intone Power's SPC (Smart Power Factor Correction) systems

Dynamic Harmonic Filters (DHF) and Active Harmonic Filters (AHF) are both devices used to improve power quality by mitigating harmonic distortion in electrical systems.

Active Harmonic Suppressors (Active Harmonic Filters): Use power electronics and advanced control algorithms to dynamically inject equal and opposite harmonic currents into the system to cancel out unwanted harmonics in real-time. They can adapt to fluctuating loads and harmonic levels, offering high precision in harmonic elimination.