InetSoft's Dynamic Reporting Software for Business and Operations Intelligence

InetSoft's dynamic reporting software allows companies to access and “mash-up” both dynamic and historical data from disparate sources on-demand in a collaborative environment.

InetSoft empowers many more users across the enterprise with the information they need. Dynamic reports are assembled on the fly and calculated from the live data streaming through your data warehouse or operational databases.

Because it is built on a zero-client, open standards platform, InetSoft's reporting software simplifies the integration process, reduces the burden on IT, and lowers the total cost of ownership. A professional authoring tool combines word-processing grade design with dynamic data manipulation.

#1 Ranking: Read how InetSoft was rated #1 for user adoption in G2's user survey-based index Read More

It enables professionals to develop sophisticated reports by using simple business reporting software a departure from the traditional requirement of using custom programming.Key benefits include:

  • Deliver professional, high fidelity presentation
  • Transform and manipulate raw data
  • Embed business logic with scripting
  • Enhance manageability and agility

You can deliver on-demand reports on the Web. In-report exploration capabilities empower business users with the ability to reshape information in real time. Key benefits include the ability to:

  • Gather up-to-the-minute information
  • Reshape reports in real time
  • Minimize performance bottlenecks

InetSoft’s HTML5 powered Web 2.0 technology brings a desktop grade Web user experience to ad hoc query and reporting. Key benefits are:

  • Extend professionally designed reports
  • Gather information by self service queries
  • Produce presentation quality reports on the Web
why select InetSoft
“We evaluated many reporting vendors and were most impressed at the speed with which the proof of concept could be developed. We found InetSoft to be the best option to meet our business requirements and integrate with our own technology.”
- John White, Senior Director, Information Technology at Livingston International

About InetSoft

Since 1996 InetSoft has been delivering easy, agile, and robust business intelligence software that makes it possible for organizations and solution providers of all sizes to deploy or embed full-featured business intelligence solutions. Application highlights include visually-compelling and interactive dashboards that ensure greater end-user adoption plus pixel-perfect report generation, scheduling, and bursting.

InetSoft's patent pending Data Block™ technology enables productive reuse of queries and a unique capability for end-user defined data mashup. This capability combined with efficient information access enabled by InetSoft's visual analysis technologies allows maximum self-service that benefits the average business user, the IT administrator, and the developer. InetSoft solutions have been deployed at over 5,000 organizations worldwide, including 25% of Fortune 500 companies, spanning all types of industries.

BI Customers

What Dynamic Reporting Metrics Does Analyst in the Power Generation Industry Use?

Analysts in the power generation industry leverage a wide range of dynamic reporting metrics to monitor, analyze, and optimize various aspects of power generation operations. These metrics provide valuable insights into the performance, efficiency, reliability, and sustainability of power generation processes. Here are some key dynamic reporting metrics that analysts commonly use in the industry:

  1. Capacity Factor: The capacity factor represents the ratio of actual power output to the maximum potential output of a power plant over a specific time period. It reflects the plant's operational efficiency and utilization. Analysts track capacity factors to ensure optimal utilization of resources and identify periods of underperformance.

  2. Heat Rate: Heat rate is the ratio of fuel energy input to the electrical energy output of a power plant. It indicates the plant's fuel efficiency and overall energy conversion efficiency. Monitoring heat rates helps analysts identify opportunities to reduce fuel consumption and increase efficiency.

  3. Emissions Metrics: Analysts closely monitor emissions metrics, including carbon dioxide (CO2), sulfur dioxide (SO2), and nitrogen oxides (NOx). These metrics are crucial for environmental compliance and sustainability efforts. Dynamic reporting of emissions helps in real-time monitoring and reporting to regulatory bodies.

  4. Availability and Reliability Metrics: Availability metrics, such as the availability factor and forced outage rate, provide insights into how often a power plant is operational and how frequently it experiences unplanned downtime. These metrics help analysts assess plant reliability and identify areas for improvement in maintenance practices.

  5. Load Factor: Load factor represents the ratio of the average load to the maximum load a power plant can handle. It helps analysts understand how consistently the plant operates at its designed capacity. A high load factor indicates efficient operation, while a low load factor might suggest underutilization.

  6. Fuel Consumption Metrics: Analysts track fuel consumption metrics to understand the amount of fuel required to generate a unit of electricity. This information is crucial for cost analysis, budgeting, and optimizing fuel usage to minimize operational expenses.

  7. Maintenance Metrics: Dynamic reporting of maintenance metrics, such as mean time between failures (MTBF) and mean time to repair (MTTR), helps analysts assess equipment reliability and maintenance efficiency. These metrics aid in developing proactive maintenance strategies and minimizing downtime.

  8. Renewable Energy Metrics: For power plants incorporating renewable energy sources like solar or wind, analysts monitor metrics such as solar irradiance, wind speed, and energy output. These metrics ensure optimal utilization of renewable resources and support the integration of intermittent energy sources into the grid.

  9. Efficiency Metrics: Efficiency metrics, such as thermal efficiency and overall plant efficiency, provide insights into how effectively a power plant converts fuel into electricity. Analysts use these metrics to identify opportunities for efficiency improvements and process optimization.

  10. Cost Metrics: Cost-related metrics, including operating costs, maintenance costs, and fuel costs per unit of electricity generated, help analysts manage budgets and optimize financial performance.

  11. Voltage and Frequency Stability: Analysts track voltage and frequency stability metrics to ensure that the power generated matches the grid's requirements. Deviations from standard voltage and frequency levels can impact grid stability and quality of power supply.

  12. Operational KPIs: Analysts create dynamic reports for various operational key performance indicators (KPIs) such as start-up time, shutdown time, ramping rates, and response to demand changes. These KPIs help evaluate the plant's flexibility and responsiveness to grid demands.

  13. Environmental Impact Metrics: In alignment with sustainability goals, analysts report metrics related to water usage, waste generation, and other environmental impacts associated with power generation.

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Read how InetSoft was rated as a top BI vendor in G2 Crowd's user survey-based index.

What Operational KPIs Are Used in the Power Generation Industry?

Operational Key Performance Indicators (KPIs) are critical metrics used in the power generation industry to assess the efficiency, reliability, and overall performance of power plants and facilities. These KPIs provide insights into various operational aspects and help guide decision-making to optimize processes and achieve operational excellence. Here are some key operational KPIs commonly used in the power generation industry:

  1. Availability Factor: The availability factor represents the ratio of the actual operating time of a power plant to the total possible operating time. It indicates the percentage of time the plant is available for generation, considering planned and unplanned downtime.

  2. Forced Outage Rate: This KPI measures the frequency and duration of unplanned outages due to equipment failures. It helps assess the reliability of the power plant's components and systems.

  3. Planned Maintenance Downtime: This KPI tracks the time allocated for planned maintenance activities, such as equipment inspections, repairs, and upgrades. Minimizing planned downtime while ensuring effective maintenance is crucial for optimizing operational efficiency.

  4. Start-up Time: Start-up time measures the duration it takes for a power plant to go from a cold or standby state to full operation. Faster start-up times enhance the plant's flexibility and responsiveness to grid demand fluctuations.

  5. Shutdown Time: Shutdown time measures the time required to shut down a power plant's operations. Efficient shutdown processes contribute to minimizing downtime and maximizing operational availability.

  6. Ramping Rate: Ramping rate indicates how quickly a power plant can increase or decrease its output in response to changes in grid demand. Higher ramping rates enhance the plant's ability to support grid stability and adapt to variable energy sources.

  7. Load Factor: Load factor represents the ratio of the average load to the maximum load a power plant can handle. It reflects how consistently the plant operates near its capacity, indicating optimal utilization of resources.

  8. Fuel Utilization Rate: This KPI measures the efficiency of fuel utilization by calculating the energy output per unit of fuel input. A higher fuel utilization rate signifies better energy conversion efficiency.

  9. Specific Fuel Consumption: Specific fuel consumption measures the amount of fuel required to generate a unit of electricity. Lower specific fuel consumption indicates better efficiency in converting fuel to power.

  10. Emissions Intensity: Emissions intensity calculates the amount of greenhouse gas emissions produced per unit of electricity generated. Reducing emissions intensity aligns with environmental sustainability goals.

  11. Reliability Indices: Indices such as the System Average Interruption Frequency Index (SAIFI) and System Average Interruption Duration Index (SAIDI) quantify the frequency and duration of power supply interruptions, respectively.

  12. Response to Demand Changes: This KPI assesses how quickly a power plant can adjust its output to match changes in grid demand. A quick response contributes to grid stability and efficient load management.

  13. Energy Losses: Energy losses occur during the transmission and distribution of electricity. Monitoring energy losses helps optimize grid efficiency and reduce wastage.

  14. Operational Flexibility: This KPI evaluates the plant's ability to adapt to varying operating conditions and demand profiles. High operational flexibility supports grid stability and accommodates renewable energy integration.

  15. Water Usage Efficiency: For plants using water for cooling, water usage efficiency measures the amount of water used per unit of electricity generated. Efficient water usage is crucial for sustainable operations.

  16. Generation Mix: This KPI tracks the composition of energy sources used for power generation, including the percentage of renewable, fossil fuel, and nuclear energy sources.

  17. Maintenance KPIs: These include metrics like Mean Time Between Failures (MTBF) and Mean Time To Repair (MTTR), which indicate equipment reliability and maintenance efficiency.

  18. Health and Safety Metrics: Metrics related to employee safety, incidents, and adherence to safety protocols are essential for maintaining a safe working environment.

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View live interactive examples in InetSoft's dashboard and visualization gallery.

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