News
2025-08-07
Insulation Design of High-Voltage Current Transformers (110kV and Above)
Insulation design is a critical determinant of reliability in 110kV+ high-voltage current transformers, requiring a balance of electrical, thermal, an...
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2025-08-07
Mechanisms of Ratio Error and Phase Error in Current Transformers
Understanding these mechanisms is critical for selecting appropriate CTs for specific applications (e.g., metering vs. protection), ensuring accurate ...
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2025-08-07
Potential Transformers in Commercial Building Electrical Systems
Potential transformers are vital for the safe, efficient, and reliable operation of commercial building electrical systems. By stepping down high volt...
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2025-08-07
The Basics of Current Transformers: Working Principles Unveiled
Current transformers (CTs) are essential devices in electrical systems, designed to measure and protect high-current circuits by transforming large cu...
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2025-07-19
Current Transformers in Substation Automation Systems
Substation automation systems (SAS) rely on real-time data to monitor, control, and protect power grids, enabling efficient operation and rapid fault ...
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2025-07-19
Burden Ratings in Potential Transformers: A Technical Overview
In summary, burden ratings are not just technical specifications but essential safeguards that ensure potential transformers deliver accurate, reliabl...
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2025-07-19
Optical Outdoor Voltage Transformers Using Fiber Optic Sensing Technology
Rural electrification demands voltage transformers (VTs) that can withstand extreme environmental conditions while delivering reliable performance wit...
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2025-07-19
Outdoor Voltage Transformers for Rural Electrification Projects
Outdoor voltage transformers are unsung heroes of rural electrification, enabling safe, reliable power distribution in some of the world’s most challe...
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2025-07-19
AI-Driven Split Core Current Transformers for Real-Time Fault Prediction
AI-driven split core current transformers represent a paradigm shift in power system monitoring—from reactive fault detection to proactive prediction....
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2025-07-19
IEC 60044-1 Compliance in Split Core Current Transformers Manufacturing
Split core current transformers (CTs) have become indispensable in modern power monitoring systems, particularly in retrofitting scenarios where non-i...
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2025-07-19
Retrofitting Solar Inverters with Split Core Current Transformers for Real-Time Monitoring
As solar energy systems age and grid requirements evolve, retrofitting with split core CTs will play a critical role in extending the lifespan and imp...
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2025-07-19
Space-Saving Voltage Transformer for Compact Substations
Utilities and infrastructure planners must consider space-saving VTs as a critical investment in their compact substation projects, balancing upfront ...
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2025-07-19
Substation Automation with Voltage Transformer Integration
In the modern era of electrical power systems, the demand for reliable, efficient, and intelligent energy distribution has never been higher. Substati...
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2025-07-08
Burden Calculation for Potential Transformers: Step-by-Step
Potential Transformers (PTs) are critical components in power systems, designed to step down high system voltages to manageable levels for metering, p …
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2025-07-08
Current Transformers in High-Voltage Transmission Lines
extreme voltages to transient currents. As grids digitalize, new technologies like DCTs and IoT monitoring are enhancing their capabilities, ensuring ...
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