Renewable Energy Plant System Application
This is a Scala program to simulate a renewable energy plant.
Use Cases
The program can be used to simulate the following use cases:
- The system is designed to monitor and control the power plant's renewable energy sources, including wind turbines, hydroelectric power plants, and nuclear power plants. The system can display and modify the number of active power plants.
sequenceDiagram
participant User
participant System
participant File
User->>System: Monitor power plants
System-->>User: Display number of active power plants
User->>System: Modify number of active power plants
System->>File: Update number of active power plants
- The system is capable of collecting data related to the energy generated by renewable sources and storing it in a file.
sequenceDiagram
participant User
participant System
participant Fingrid API
participant Files
User->>System: Collect data
System->>Fingrid API: Get data
Fingrid API-->>System: Return data
System->>Files: Store data in files
- The system provides a view of the power plant's energy generation and storage capacity, allowing operators to adjust the power plant's operation as needed. This view shows the data stored in the file.
sequenceDiagram
participant User
participant System
participant Files
User->>System: View data
System->>Files: Read data from files
System-->>User: Ask for filters and sorting
User->>System: Provide filters and sorting
System->>System: Filter and sort data
System-->>User: Display data
- The system can analyze the data collected from renewable sources. It can filter the data on an hourly, daily, weekly and monthly basis. It can sort the data where possible. User can search for required data stored in the system. Data Analysis includes:
- Mean
- Median
- Mode
- Range
- Midrange
sequenceDiagram
participant User
participant System
participant Files
User->>System: Analyze data
System->>Files: Read data from files
System-->>User: Ask for filters
System->>System: Filter data
System->>System: Analyze data
System-->>User: Display results
- The system should be able to detect and handle issues with renewable energy sources, such as low energy output, and generating alerts for the operators accordingly.
sequenceDiagram
participant User
participant System
participant Files
System->>Files: Read data from Files
System->>User: Alert user
Class Diagram
classDiagram
Main <|-- Date
Main <|-- URL
Main <|-- HttpURLConnection
Main <|-- Paths
Main <|-- Files
Main <|-- SimpleDateFormat
Main <|-- Try
Main <|-- readLine
Main <|-- Source
Main <|-- ListMap
Main <|-- PrintWriter
class Main{
+String API_KEY
+Map[Int, String] dataSources
+String energySources
+Double alertThreshold
+collectData()
+modifySources(lines: List[String], newValue: String, sourceType: String)
+readSources(modificationFn: (List[String], String, String) => List[String])
+analyzeData(data: Map[Date, Double])
+compareTime(lastTimestamp: Date, data: List[String], filter: Int, format: SimpleDateFormat)
+filterData(data: List[String], compareFn: (Date, List[String], Int, SimpleDateFormat) => Map[Date, Double])
+readData()
+sortData(data: Map[Date, Double])
+printData(data: Map[Date, Double])
+searchData(data: List[String])
+alertUser()
+scanSystem(data: List[String])
}