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Three Phase kWh Meter Wholesale

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Three Phase kWh Meter Company

YTL metering (Yongtailong) as a professional meter manufacturer in China who has been in this industry for more than 20 years. Our strong ability enable us to well deal with the instability of the lead time which is caused by the shortage of the material shortage all over the world and realize a good increase in the sales .

  • D524048

    YTL Supplier Prepaid Meter Split Type Energy Monitor Meter PLC/RF Communication

    YTL Supplier Prepaid Meter Split Type Energy Monitor Meter PLC/RF Communication

  • KA17-05-PLC

    YTL Prepaid Meter Machine Split Type Power Monitor Meter PLC Communication

    YTL Prepaid Meter Machine Split Type Power Monitor Meter PLC Communication

  • D524055

    YTL Prepaid Electricity Meter Split Type Power Analyzer PLC/RF Communication

    YTL Prepaid Electricity Meter Split Type Power Analyzer PLC/RF Communication

  • DTS353F

    YTL DTS353F 3*230/400V DIN Rail 3P 4 Module Electric Vehicle Charging muliti-phase Energy Meter

    YTL DTS353F 3*230/400V DIN Rail 3P 4 Module Electric Vehicle Charging muliti-phase Energy Meter

  • DTS353C

    YTL Company DTS353C MAX 80A DIN Rail 3P 4 Model Electricity Meter MID B+D Certificate

    YTL Company DTS353C MAX 80A DIN Rail 3P 4 Model Electricity Meter MID B+D Certificate

  • DTS353

    YTL DTS353 0.25-5(80)A DIN Rail Three Phase Power Meter Company MID Certified

    YTL DTS353 0.25-5(80)A DIN Rail Three Phase Power Meter Company MID Certified

Welcome To A National High-tech Enterprise

Established in 2000, Zhejiang Yongtailong Electronic Co., Ltd. is located in the center of Shanghai, Hangzhou and Suzhou cities. As a professional China Three Phase kWh Meter Company and Three Phase kWh Smart Meter Manufacturers, YTL designs and produces electronic energy meters which are cost-efficient and ideal for the use in solutions for AMR/AMI at residential as well as industrial applications.YTL was one of the first companies in the domestic market with which had an internal R&D department as well as international sales business. YTL is devoted to develop and design all types of wholesale Three Phase kWh Smart Meter, concentrators and solution applications. At present our export volume makes us a leading company for technology and product export to more than 50 countries throughout the world.

  • 2000

    Established In

  • 500+

    Employees

  • 50+

    Export Country

  • 350+

    Design Right Patent

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Industry Knowledge Extension

A three-phase kWh meter is a device used to measure and record the energy consumption of electrical power in a three-phase electrical system. It calculates the total amount of electrical energy (in kilowatt-hours) consumed by a load connected to a three-phase power supply and displays the result on a digital or mechanical display. The meter typically consists of three current transformers, three voltage transformers, and an electronic circuit for measuring and processing the electrical signals. It is commonly used in commercial and industrial settings to monitor and track energy usage for billing purposes.


What are the advantages of three phase kwh meter?

There are several advantages of using a three-phase kilowatt-hour (kWh) meter:
1.Increased accuracy: Three-phase meters are more accurate compared to single-phase meters as they measure all three phases simultaneously, providing a more accurate measurement of energy consumption.
2.Improved power distribution: A three-phase meter allows for a more efficient distribution of power, as it can handle larger loads compared to single-phase meters.
3.Increased reliability: Three-phase meters are less prone to failure as they have three separate circuits, reducing the risk of complete system failure.
4.Cost savings: Installing a three-phase meter can lead to cost savings as it enables more efficient power distribution, reducing the need for additional equipment such as transformers.
5.Improved safety: Three-phase meters are safer as they provide better protection against overloading, reducing the risk of electrical fires.


How to calculate kW on a 3-phase meter?

In the power system, 3 phase kilowatt hour meter is widely used, from industrial motors to large transformers, to the transmission and distribution of power grids, all of which are inseparable from the support of 3 phase kwh meter. In these applications, accurately measuring and calculating the power of kwh meter 3 phase, especially the kilowatt (kW) value, is very important for the stable operation and energy efficiency management of the power system.
Three-phase electricity refers to a power supply system composed of three alternating potentials with the same frequency, equal amplitude, and phase difference of 120°. In a three phase kilowatt hour meter, each phase can transmit electric energy independently, and the three phases can be balanced with each other to reduce harmonics and imbalance in the power grid.
In a three-phase circuit, kilowatt (kW) is a unit of power, which means the electric energy consumed per unit time. There are generally the following methods to calculate the kilowatt value on a three phase smart energy meter:
1. Direct reading method: Modern three-phase meters usually have a display screen that can directly display the total power (kW) of the three-phase circuit. Users only need to read the value on the display screen.
2. Formula calculation method: If the meter does not directly display the power value, the user can measure the three-phase voltage (U) and the three-phase current (I), and then use the formula P=√3UIcosφ (where φ is the power factor angle) to calculate the kilowatt value. This method requires the user to have certain knowledge of electricity and measurement skills.
3. Integration method: In some cases, in order to obtain a more accurate power value, the integration method can be used for calculation. This method requires the voltage and current measurement values ​​to be integrated, and then the power is calculated based on the integration results. This method is usually used for energy efficiency analysis and optimization of power systems.
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