Power Quality Monitoring System for Industrial Plants

Effective power quality monitoring enables optimized energy consumption across civil infrastructures, especially in buildings, households, and industrial zones. The PMS has been widely deployed and is becoming increasingly popular in many countries worldwide, supporting advanced power quality monitoring and energy efficiency management.

Introduction to Power Quality Monitoring Solution

Energy plays a crucial role in economic growth and environmental protection. It is a key input for many industrial sectors and an essential resource for households. As industrialization and modernization continue to accelerate, energy demand is rising sharply. Meanwhile, non-renewable energy sources are gradually being depleted, leading to a serious energy shortage. In addition to transitioning to renewable energy sources, saving energy and using it efficiently has become extremely urgent. Integrating power quality monitoring solutions is essential to ensure stable and efficient energy usage.

The Power Management System (PMS) is designed to measure, analyze, and monitor electrical power, similar to energy monitoring software used to optimize energy consumption in factories. It is widely installed in factories, buildings, and industrial zones to automate and manage energy consumption, ensuring optimal performance and efficiency. By leveraging advanced power quality monitoring, PMS helps detect anomalies, improve system reliability, and reduce energy waste.

Therefore, adopting advanced technologies from developed countries and applying them in Vietnam is highly necessary. This approach enables effective energy management, cost savings, environmental protection, and minimizes risks and accidents associated with electrical equipment through comprehensive power quality monitoring.

The Importance of Power Quality Monitoring

Power quality monitoring provides significant benefits for customers. Many studies show that most system failures originate from internal production processes. Therefore, implementing power quality monitoring helps businesses detect issues early, enabling timely maintenance and preventing costly disruptions.

However, many manufacturers still underestimate the importance , focusing instead on increasing production output. This approach can be extremely risky, especially when overload conditions lead to electrical faults, fires, or even explosions. In Vietnam, several factories have suffered severe fire incidents, resulting in major financial losses—highlighting the critical need.

• Directly impacts modern production processes.
• Affects equipment performance and lifespan.
• Power quality monitoring is a top priority for equipment manufacturers.
• Delivering high-quality power is a key objective of utility providers through advanced power quality monitoring.
• Public awareness and concern about power quality monitoring continue to grow rapidly.

Benefits of Power Quality Monitoring

The Power Management System (PMS) effectively performs system operation monitoring, acting as a centralized platform for collecting and managing all technical parameters of connected equipment. Through data exchange, PMS measures and supervises devices across different technical systems based on management requirements, ensuring technical performance as well as safety and security.

PMS is a fundamental method for reducing energy costs. PMS provides the following benefits:

• Understand load profiles to better negotiate with utility providers and optimize the system
• Monitor real-time power consumption to support operation and installation teams in reducing costs
• Accurately determine electricity costs for each shift, department, workshop, and production line
• Assign energy-saving responsibility to each production unit
• Monitor equipment, including pump monitoring systems, to identify underload or overload conditions
• Compare energy efficiency to identify high-performing equipment or departments that generate higher profits
• Detect unstable or inefficient equipment
• Balance loads across substations and electrical panels

Enhancing equipment lifespan and optimizing investment:

• Continuously monitor system operations
• Accurately identify power quality issues, including type, time, and location
• Send alerts to prevent potential failures
• Determine whether faults originate from equipment or the power supply

ATSCADA – Leading Brand in Power Quality Monitoring Solutions

We are experts in providing SCADA systems for energy monitoring and management. Customers trust and choose us because:

• Provide monitoring and control devices along with ATSCADA software
• SCADA software ensures accurate data collection and operates 24/7 for reliable
• Energy data is continuously collected and displayed from multiple locations within the system
• Gain full visibility of energy consumption, from overall insights to detailed analysis at each point
• Improve operational efficiency and reduce material and related costs
• Minimize risks by quickly identifying root causes and resolving issues
• Proactively plan maintenance and servicing to reduce equipment downtime
• Automate systems to reduce time, human error, and labor costs
• Centralized real-time monitoring across all areas with advanced power quality monitoring

The system not only helps reduce costs and eliminate unnecessary energy consumption for factories but also contributes to conserving national energy resources

Hung Tuong Factory

Masan Factory

Hiang Kie Company

ATSCADA - Smart SCADA Software with AI Predictor & Blockchain. ATSCADA is an advanced SCADA software platform for real-time monitoring, intelligent control, and efficient data acquisition. It is ideal for Industrial IoT (IIoT), smart cities, integrated automation systems, and Agriculture 4.0. With a built-in AI Predictor, ATSCADA enables predictive analytics to detect issues early, optimize performance, and reduce downtime. The integration of Blockchain technology ensures secure, transparent, and tamper-proof data management. Highly scalable and easy to integrate, ATSCADA is trusted by businesses to enhance productivity, strengthen cybersecurity, and accelerate digital transformation.