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1. Overview

The Data Analysis module is an advanced data inspection tool that enables detailed analysis of operational data collected from plants within the SolarMetrica platform. This module allows users to analyze inverter, production, electrical parameters, and performance data on a time basis.

The SolarMetrica platform continuously records numerous parameters from inverters, sensors, and data acquisition systems in the field. The Data Analysis module allows this data to be filtered and examined graphically or statistically by the user.

This module is specifically designed for the following use cases:

  • Plant performance analysis
  • Inverter performance comparison
  • Electrical parameter analysis
  • Fault analysis
  • Production data analysis
  • Energy efficiency analysis

This enables users to analyze plant data in detail and increase operational efficiency.

2. Data Analysis Interface

The Data Analysis screen can be accessed from the Data tab located in the left navigation menu of the platform.

This screen mainly consists of three main components:

  • Data filtering area
  • Graph visualization area
  • Graph control tools

This structure allows users to select the data they want to analyze and perform detailed analysis through system-generated graphs.

3. Data Selection Filters

At the top of the data analysis screen, there is a data filtering area. Users can select the data sources they want to analyze from this section.

The following selections can be made in the filtering area:

  • Plant Selection: The user selects the plant to be analyzed from this field.
  • Inverter Selection: One or more inverters within the selected plant can be chosen.
  • Signal Selection: The data signal to be analyzed is selected from this field. These signals represent technical parameters coming from inverters or data acquisition devices.

Example data signals include:

  • daily_power
  • dc_voltage
  • dc_current
  • AC_voltage
  • AC_current
  • string current values
  • inverter production values

These parameters are used to analyze plant performance.

4. Date Range Selection

Users can perform data analysis for a specific date range.

Date range selection is made via the date filter located at the top right of the screen.

After selecting the start and end dates, users can initiate the data analysis for the selected range by clicking the Show button.

This feature allows users to review historical production data and perform performance comparisons.

5. Graph Visualization

The selected data parameters are visualized in the graph area.

The SolarMetrica platform uses a graph-based visualization system to make data analysis easier.

Users can display data using the following chart types:

  • Line Chart: Used to show changes in time series data.
  • Bar Chart: Used to compare data values across specific time intervals.

These charts help users better understand data trends and performance changes.

6. Zoom and Graph Controls

Various control tools are available in the graph area to enhance user experience.

These tools allow the following actions:

  • Zoom in on the graph
  • Zoom out of the graph
  • Reset graph (Zoom Reset)
  • Change chart type

Users can return the graph view to its initial state using the Reset Zoom button.

This feature is especially useful when analyzing wide time ranges.

7. Real-Time Data Integration

The Data Analysis module in the SolarMetrica platform is integrated with the real-time data infrastructure.

Data from plants is continuously recorded in the platform database, and the Data Analysis module makes this data available for user analysis.

This structure allows users to analyze both historical data and current system performance.

8. Performance Analysis

The Data Analysis module allows users to examine plant performance in more detail.

Using this module, the following analyses can be performed:

  • Inverter performance analysis
  • DC and AC electrical parameter analysis
  • Daily production performance review
  • System efficiency analysis
  • Detection of abnormal data behavior

Through these analyses, users can detect production drops and potential system issues at an early stage.

9. Operational Benefits

The Data Analysis module provides the following advantages to users:

  • Detailed data analysis
  • Time-based performance analysis
  • Electrical parameter analysis
  • Plant performance comparison
  • Support for fault analysis

These features are critical for improving the operational efficiency of energy production facilities.

10. Summary

The SolarMetrica Data Analysis module is a powerful data inspection tool that enables detailed analysis of data collected from solar power plants.

With this module, users can analyze inverter data, electrical parameters, and production performance on a time basis.

Thanks to graph-based analysis tools and advanced filtering options, platform users can better understand system performance and make data-driven operational decisions.