Current transformer (CT) metering serves as the core sensing solution for accurate energy measurement, revenue billing and power consumption tracking across power grids, industrial facilities and commercial buildings. As a category of instrument transformers, metering CTs step down high primary currents from power lines into standardized low secondary outputs (1 A or 5 A) compatible with electronic energy meters, while creating complete electrical isolation between high-voltage primary circuits and low-voltage measuring equipment for operational safety.
Our factory supplies a full lineup of standard and custom transformers for global industrial, commercial, renewable energy and power distribution projects, covering dry-type resin cast units, oil-immersed distribution transformers, single/three-phase isolation transformers and small control transformers ranging from 0.5 kVA to 3150 kVA. Every model passes strict IEC, CE and ISO 9001 testing, balancing stable performance, energy efficiency and competitive pricing for bulk buyers, electrical contractors and equipment manufacturers worldwide.
A substation transformer is a critical electrical device used in power transmission and distribution systems to step up or step down voltage levels between different parts of the grid. It is typically installed in electrical substations, which act as intermediate nodes between high-voltage transmission lines and lower-voltage distribution networks. The main purpose of a substation transformer is to ensure efficient, safe, and reliable delivery of electrical energy from generation plants to end users such as industries, commercial buildings, and residential areas.
DC current sensors are devices designed to measure and monitor direct current (DC) flowing through an electrical conductor without interrupting the circuit. They play an important role in modern power electronics, renewable energy systems, electric vehicles, battery management systems, and industrial automation. As DC applications continue to expand, the demand for accurate, stable, and efficient current sensing technologies has significantly increased.
An instrument transformer is a special type of transformer used in electrical power systems to measure high voltage and high current safely and accurately. It allows measuring instruments, meters, relays, and protection devices to operate with standardized low values of voltage and current. Instrument transformers play a critical role in power generation, transmission, distribution, and industrial applications where direct measurement of electrical quantities would be dangerous or impractical.
A DC transformer is a device used in direct current (DC) power systems to convert voltage levels, provide electrical isolation, and improve power transmission efficiency. Unlike traditional transformers, which operate with alternating current (AC) and rely on changing magnetic fields, a DC transformer uses advanced power electronic technologies to achieve voltage conversion in DC circuits. As the demand for renewable energy, electric vehicles, battery storage systems, and DC microgrids continues to grow, DC transformers are becoming increasingly important in modern electrical infrastructure.
A current transducer is an electrical device used to measure the flow of electric current in a circuit and convert it into a proportional, standardized output signal that can be interpreted by monitoring, control, or data acquisition systems. Essentially, it acts as an interface between the electrical system and the measurement or control system, enabling accurate observation and management of current without directly interacting with high-voltage or high-current circuits. The device ensures safety, precision, and compatibility with other instruments.
A low voltage (Lv) transformer is an electrical device designed to transfer electrical energy between two or more circuits at low voltage levels, typically below 1,000 volts. These transformers are widely used in residential, commercial, and industrial applications to ensure the safe and efficient distribution of electricity. Their main function is to either step down higher voltages from distribution networks to usable levels or, in some cases, step up voltage to meet specific system requirements.