From Voltage Sags to OEE Drops: Understanding Energy Reliability in Food Processing
In a mid-sized food processing plant in the Delhi NCR region, the maintenance team had begun noticing something strange. Despite no major machinery failures, the Overall Equipment Effectiveness (OEE) was...
Power Quality in Steel Fabrication: Hidden Losses That Hurt OEE and Reliability
In a steel fabrication unit near Hapur, the rhythmic hum of welding machines and the precise movements of CNC cutters define productivity. The plant runs multiple MIG/TIG welding sets, plasma...
Reactive vs Proactive Maintenance in Plastic Molding Unit: Turning Power Quality Data into Maintenance Intelligence
In a plastic moulding unit in the Delhi NCR region, the maintenance team had earned a reputation for their agility and problem-solving skills. Whenever a machine tripped or a circuit...
Managing Power Quality in Factories: Essential FAQs for O&M Teams
During a recent technical discussion with an MSME user in western Uttar Pradesh- the Maintenance Head, Plant General Manager, Purchase Manager, and a group of maintenance engineers had gathered in...
When Voltage Dips Hit Production: How an MSME Fertilizer Plant Safeguarded Its Operations
In western Uttar Pradesh, a mid-sized fertilizer manufacturer had built its reputation on timely supply to local farmers. The factory’s operations ran around the clock, supported by a mix of...
Managing Harmonics, Protecting Equipment: A Manufacturing Unit’s Success Story
In the middle of a busy production week, a mid-sized manufacturing unit faced a crisis that was becoming far too familiar. Their electronic drives, automation controllers, and LED lighting systems...
Enhance Plant Reliability: Turning Maintenance Data into Actionable Results
At Intelliware, we often work alongside maintenance managers and technical staff in small to mid-sized industries. Unlike large corporates with dedicated departments, these units typically rely on the owner or...
Understanding and Managing Power Quality in Industrial Systems
In today’s industrial environments, where automation, sensitive electronics, and high-energy processes coexist, power quality is no longer just a utility-side concern — it's a frontline operational issue.
Unexpected tripping, overheating, capacitor...
Digital Earth Fault Relay: Enhancing Electrical Safety with Precision Technology
The world of electrical safety has witnessed significant technological advancements in recent years, and one such innovation at the forefront is the Digital Earth Fault Relay (EFR). This device, often...
Power Quality Devices: Enhance Energy Efficiency & Reduce Carbon Footprint
In today's industrial landscape, efficiency, reliability, and sustainability are key drivers of success. The performance of electrical systems plays a critical role in ensuring that industrial operations run smoothly and...
Integrating Power Quality Management for Reduced Emissions and Greater Efficiency
Introduction
In the realm of energy management, power quality is a crucial yet often overlooked aspect. Power quality refers to the stability and purity of the electrical power supply. Poor power...
Maximizing Power Quality: The Comprehensive Guide to Advanced Static VAR Generators (ASVGs)
In the realm of electrical engineering, ensuring optimal power quality is essential for the efficient operation of industrial, commercial, and residential systems. Advanced Static VAR Generators (ASVGs) have emerged as...