Widgets

IBM® Maximo® Renewables provides widgets that you can configure to build your personal dashboard.

Alarm statistics
The Alarm statistics widget provides a comprehensive view of alarms across a wind farm, offering detailed breakdowns by turbine and component. You can filter and interact with the data to analyze alarm duration, energy impact, and frequency. This widget helps you identify patterns and prioritize maintenance actions effectively.
Configuring KPI insight widgets
Visualize key performance indicators for solar and wind assets.
Configuring line chart widget
You can add a line chart widget to observe parameter trends on the performance and status of an asset.
ESG metrics
The ESG metrics widget displays four key parameters, which indicate the project's environmental and social impact.
Farm performance
The farm performance widget visualizes the loss production factor and the causes of energy loss for wind assets.
Gauge-solar
Gauge solar widget visually displays recent energy metrics such as active power and plane of array (POA) solar radiance for solar assets.
Gauge-wind
Gauge wind widget visually displays active power and wind speed for wind assets.
Inverter heatmap
The inverter status widget provides real-time visibility into the operational condition of each inverter in a solar power plant. It displays key performance indicators such as instantaneous Performance Ratio (PR) and Specific Power, helping you understand how effectively each inverter is contributing to energy generation at any given moment. The widget enables quick identification of inverter states, including running, tripped, communication failure, or no irradiance. By surfacing these states in a consolidated visual format, the widget supports rapid situational awareness, reduces diagnostic time, and helps maintain optimal plant performance
Overview
The overview table summarizes key performance metrics for your assets, helping you monitor operational status and energy output efficiently.
Plant meta
Plant meta widget provides project information, such as location, capacity, plant status, alarms, and asset status.
Power curve
The power curve widget enables operators to monitor, analyze, and compare turbine performance by visualizing active power output against wind speed. This widget provides flexible turbine selection, customizable data periods, deviation analysis, and enhanced visualization through single or multi-tooltips.
Power curve deviation loss
The Power curve deviation loss widget provides an analysis of energy deviations regarding a reference power curve for a selected turbine model over a specified date range. It consists of two main graphs: the Energy Deviation graph and the Power Curve graph. You can filter data by turbine model and specific turbines and select a reference curve for comparative analysis. The widget also supports interactions such as date range selection, full-screen view, and hover details for in-depth performance evaluation
Target versus actual
The Target versus actual widget is a dual axis chart that plots the target and actual values of energy production and solar radiation for solar assets.
Temperature heat map
The Temperature heat map visualizes hourly temperature readings for wind turbine systems and components over a single day. It helps operators and maintenance teams quickly identify abnormal patterns, spot emergent risks, and prioritize corrective actions to maintain optimal performance and reduce downtime. The widget organizes components by system (e.g., gear box, generator, hydraulic) and encodes temperature conditions using a continuous color scale. The color intensity reflects how far each component’s hourly reading deviates from the farm’s hourly average, enabling at-a-glance comparison across turbines and components.
Text
The text widget displays custom text content on dashboards with optional hyperlinks and styling options.
Turbine meta
The Turbine meta widget provides a comprehensive view of a specific turbine’s operational state, technical details, and associated metadata. It combines real-time status indicators, alarm counts, and a 2D representation of the turbine with interactive features. You can also view static metadata in a tabular format for quick reference. This widget is designed to help you monitor turbine performance and analyze critical conditions effectively.
Turbine overview
Displays the operating state of each turbine.
Turbine ranking
The turbine ranking widgets shows the performance ranking of individual turbines based on selected metrics.
Turbine timeline
The turbine timeline widget provides a visual representation of the operating status of turbines: error, running, and communication failure, across each hour of every day within a selected date range. This timeline helps you quickly identify when alarms occurred and how long turbines remained in error or communication failure states. By offering an hour-by-hour breakdown, the widget enables detailed operational analysis and supports better decision-making for maintenance and performance optimization.
Wind rose
The Wind rose widget provides a visual representation of wind direction and nacelle position for a selected turbine over a specific time period. Positioned at the center-left of the screen, this chart helps you analyze directional wind patterns and nacelle alignment, offering insights into turbine performance and efficiency.

Parent topic: Creating custom dashboards