Unification of Yokogawa instruments ensures measurement coherency during the product development process and allows for effortless data sharing throughout an organization. IS8000 makes it easier to debug and analyze data by viewing all measurements under one unified display.

Efficiency

IS8000 allows you to streamline the product development process by spending less time developing testing systems and more time collecting valuable test data. With one software to setup and control all the instruments you need, you can start measuring data faster and more efficiently.

Synchronization

Storing data in one format and location has never been simpler. IS8000 gives you data you can trust by synchronizing measurements across multiple instruments utilizing an IEEE1588 time base.

Scalability

With today’s fast evolving technology, a software that has the ability to expand is crucial. As your needs evolve, so can IS8000. Analyze your data deeper with add-on software packages.

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• Monitoring
  The values of data being collected can be monitored from multiple clients. You can create display groups, each consisting of channels of multiple devices, and display vast amounts of collected data in an efficient manner
• Alarm and Emails
  The alarm feature monitors alarms set on recorders and data loggers and notifies the user when alarms occur. GA10 can send email when alarms occur or when the communication status changes. Instantaneous values or alarm information can be attached on the email.
• Recording
  Collected data can be recorded to the PC. Data can be saved to GA10 binary files, Excel files or text files (tsv, csv). In addition, while recording, data files can be saved in sections by using the button (Manual save). Recording can be manually controlled or automatically started and stopped based on the following conditions: Specified time, specified period, alarm, level
• Anomaly Detection Function
  This function analyzes the measured data for each display group (anomaly learning and determination), detects anomalies (data that differs from normal data), and notifies you. For alarms, the monitor screen frame in the trend, digital, or meter display appears in yellow. You can also use an AI analyzer function that creates a learning model from past recorded data and performs anomaly analysis.

For complete details, please see the specification sheet.

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Applications

• Design & verify the MPPT circuit and algorithm of the PV inverter
• Verify the MPP voltage range and the full load MPP voltage range of the inverter
• Verify static maximum power tracking efficiency of the PV inverter
• Verify the MPPT performance of the inverter for dynamic curves (Built-in EN50530,Sandia,NB/T32004,CGC/GF004, CGC/GF035)
• Verify the inverter starting voltage and the maximum input voltage, the maximum input current and other electrical parameters
• Verify the MPPT mechanism of the inverter for the I-V curve when the solar cell is shaded by clouds or trees.
• Test inverter DC terminal OVP, OPP
• Verify micro-grid control center and control function of photovoltaic energy storage system
• Verify the MPPT performance of the inverter from early morning to night fall
• Verify the total efficiency and conversion efficiency of the inverter with IT9100 power analyzer

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1. BSS2000 basic version software is used to simulate lead-acid and lithium-ion batteries.
2. BSS2000 Pro version and BSS2000M Multi-channel version
3. BSS2000M

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