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Questions and Answers
What are the five types of situations that Alarm Processing can detect, and what are the steps involved in Alarm Processing?
What are the five types of situations that Alarm Processing can detect, and what are the steps involved in Alarm Processing?
Alarm Processing can detect faults, false tripping, constraint violation, straining limits, and unintentional maloperation. The steps of Alarm Processing are evaluation, categorization, presentation, and most probable cause.
What are the three categories of alarms, and what is the purpose of categorization in Alarm Processing?
What are the three categories of alarms, and what is the purpose of categorization in Alarm Processing?
Alarms can be categorized into critical, severe, and nasty. Categorization is done to prioritize the alarms according to their severity and urgency.
What are the two ways in which alarms are presented to the operator and fault diagnosis, and what is the purpose of presentation in Alarm Processing?
What are the two ways in which alarms are presented to the operator and fault diagnosis, and what is the purpose of presentation in Alarm Processing?
Alarms are presented to the operator through visual and audio means, and to fault diagnosis to process the alarm. The purpose of presentation is to ensure that the operator is aware of the alarm and can take prompt action.
What is the most probable cause of an alarm, and how is it addressed?
What is the most probable cause of an alarm, and how is it addressed?
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Why are easy-to-read and understand displays important in Ergonomics, and how do they affect operator response?
Why are easy-to-read and understand displays important in Ergonomics, and how do they affect operator response?
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What are the three ergonomic considerations for designing operator interfaces, and why are they important?
What are the three ergonomic considerations for designing operator interfaces, and why are they important?
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Why is minimizing fatigue important in Ergonomics, and how can it be achieved?
Why is minimizing fatigue important in Ergonomics, and how can it be achieved?
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The load demand forecast is updated every ______.
The load demand forecast is updated every ______.
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The forecasting paradigms include ______ and Artificial Neural Networks.
The forecasting paradigms include ______ and Artificial Neural Networks.
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The inputs for load demand forecasting include ______ and Weather Forecasts.
The inputs for load demand forecasting include ______ and Weather Forecasts.
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The typical error of load demand forecasting is around ______ percent.
The typical error of load demand forecasting is around ______ percent.
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Load demand forecasting is used for ______ Commitment and SCED.
Load demand forecasting is used for ______ Commitment and SCED.
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The outputs of load demand forecasting include ______ Supplies Schedules and Shutdowns Schedules.
The outputs of load demand forecasting include ______ Supplies Schedules and Shutdowns Schedules.
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Load demand forecasting considers factors such as ______ and Energy Conservation.
Load demand forecasting considers factors such as ______ and Energy Conservation.
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Study Notes
Alarm Processing
- Alarm Processing can detect various types of issues, including faults, false tripping, constraint violation, straining limits, and unintentional maloperation.
- The steps of Alarm Processing involve evaluation, categorization, presentation, and determining the most probable cause.
Evaluation
- Involves assessing the value of a variable, evaluating its limits, and deciding if it's substantial.
Categorization
- Alarms can be categorized into critical, severe, and nasty types.
Presentation
- Alarms are presented to the operator through visual and audio notifications.
- Alarms are also processed for fault diagnosis.
Most Probable Cause
- Involves identifying the most probable cause of an alarm, which may trigger an avalanche of alarms.
- Preventive or corrective action is taken to address the issue, including contingency analysis and network planning through event recording.
Ergonomics
Importance of Display Design
- Displays should be easy to read and understand to minimize the decoding process in the human brain.
- This maximizes decision-making processes, enabling the operator to react quickly and effectively.
Fatigue and Response Time
- Fatigue can lead to slow response times and bad decisions.
Operator Interface Design
- The operator interface should be adjusted to minimize glare, provide suitable contrast, and maintain an upright position.
Load Forecasting Timeframes
- Load forecasting is done for multiple timeframes, including:
- 30 minutes to 168 hours (one week)
- 1 week to 1 year
- 1 year to 25-30 years
Update Frequencies
- Load forecasting models are updated at different frequencies, including:
- Every hour
- Every week or two
- Every year
Applications
- Load forecasting is used in various applications, including:
- Unit Commitment & SCED
- Fuel supplies & Maintenance scheduling
- Plant Erection & Network Planning
Inputs
- Load forecasting models use various inputs, including:
- Hourly Historical Loads
- Weather Forecasts
- Special Events
- Maintenance Plans
- Fuels Stocks
- Heat Rates
- Water Flows
- Historical data (e.g., Efficiency of utilization, Standard of living, Consumer type, Tariffs, etc.)
- Market data (e.g., Fuel Prices, Capital required, New Energy sources, Energy efficiency, Energy Conservation, etc.)
- Economic data (e.g., Market share, Supply Problem, Distribution Problem, Taxes, GDP, GNP, Family Income, etc.)
- Political data (e.g., Politics, Inflation)
Paradigms
- Load forecasting models use different paradigms, including:
- Auto-Regression
- Moving Average
- ARMA
- ARIMA (Integrated)
- Artificial Neural Networks (ANN)
Outputs
- Load forecasting models produce various outputs, including:
- Expected Load Demand
- Fuels Supplies Schedules
- Shutdowns Schedules
- Maximum Demand
- Total energy consumption
- Yearly load curve
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Description
Learn about alarm processing, including detection of faults, false tripping, and constraint violation, as well as the steps involved in alarm processing, including evaluation, categorization, and presentation.
