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Power Analyzer

Eastron Electronic Co., Ltd.

Coming From China,
Marketing To The World.

Eastron Electronic Co., Ltd. headquartered in Jiaxing, China, near to Shanghai, Hangzhou, Jiangsu, is one of the leading high-tech manufacturer and supplier for electricity products and energy measurement solutions. Over the years, we have developed a rich range of electricity meters, sensors, communication modules and management systems.

Eastron keeps investing on the research and development of new technology and new products on electricity metering. We have energetic and innovative development teams in both China and UK,which help us keep the competitive edge in the market. The collaboration with leading universities and institutions also brings many cutting-edge technology into our products. To make sure the reliability of the products, Eastron has setup own professional lab that can performs EMC, LVD, accuracy and environment tests according to IEC, EN, GB, UL standards.

With more than 40 patented technologies on software, embedded software and hardware, Eastron has been awarded with “High-tech Enterprise” and “High-tech R&D Centre of Electricity Application”. Eastron strictly follows ISO 9001 Quality management system, and the production is approved by SGS according to MID standard.

Honor & Qualification

Choose comes from trust, and cooperation
comes from honesty.

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Industry knowledge



What is Power Analyzer
A power analyzer, also known as a power quality analyzer, is an electronic instrument that measures and analyzes the electrical power characteristics of a system or device. It measures various parameters of the electrical signal such as voltage, current, frequency, power factor, harmonic distortion, and other parameters to provide a comprehensive analysis of the power quality of the system. Power analyzers are used to troubleshoot electrical problems, optimize power usage, and ensure compliance with electrical standards and regulations. They are commonly used in industrial and commercial applications where power quality is critical, such as in power generation, transmission, and distribution, renewable energy systems, and data centers.



The working principle of Power Analyzer.
A power analyzer measures various electrical parameters such as voltage, current, power, energy, and harmonics in an electrical system. 
The working principle of a power analyzer involves the use of precision sensors to measure these electrical parameters accurately. The sensor signals are then digitized and processed using advanced algorithms to derive the required parameters. 
The power analyzer can be used to analyze and optimize power usage, monitor and manage energy costs, and ensure electrical system performance and reliability. It is an essential tool for power quality monitoring and energy management in various industries, including manufacturing, transportation, utilities, and commercial buildings.



How to Use Power Analyzer?
To use a power analyzer, follow these general steps:
Connect the power analyzer to the power source: Use the appropriate cables and connectors to connect the power analyzer to the power source you want to measure.
Set up the power analyzer: Turn on the power analyzer and configure the settings as needed. This may include selecting the type of measurement you want to perform (e.g. voltage, current, power), selecting the measurement range, and specifying the sampling rate.
Start the measurement: Once the power analyzer is set up, start the measurement by pressing the appropriate button or selecting the appropriate option on the device.
Monitor the measurement: As the power analyzer takes measurements, you can monitor the data on the device's display screen. Some power analyzers may also allow you to export the data to a computer or other device for further analysis.
Analyze the data: After the measurement is complete, you can analyze the data to gain insights into the power source's performance. This may involve looking for patterns or anomalies in the data, comparing the data to other measurements or benchmarks, or calculating specific performance metrics (such as power factor or total harmonic distortion).
Interpret the results: Based on your analysis of the data, you can interpret the results and make decisions about how to optimize or improve the power source's performance. This may involve adjusting settings, replacing components, or taking other corrective actions.