WIA-ENE-006 Wind Energy Simulator 💨

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System Overview

Welcome to the WIA-ENE-006 Wind Energy Simulator. Monitor and manage your wind energy infrastructure in real-time.

Total Power Output

2,847kW

Active Turbines

24/ 30

Avg Wind Speed

12.4m/s

System Efficiency

87.3%

Daily Energy

68.3MWh

Capacity Factor

42.1%

System Health

Overall System Status

87% Operational

Active Alerts

⚠️ Turbine #14: Blade vibration detected - Scheduled maintenance required

ℹ️ Turbine #7: Routine inspection due in 48 hours

Weather Conditions

Current: Clear skies, optimal wind conditions

Temperature: 18°C

Pressure: 1013 hPa

Forecast: Steady winds expected for next 24 hours

Recent Activity Log

Time	Event	Turbine	Status
14:35:22	Power output increased	#12	✓ Normal
14:12:08	Maintenance completed	#7	✓ Complete
13:45:33	Blade vibration detected	#14	⚠ Warning
12:20:15	System efficiency optimized	All	✓ Success

Turbine Configuration

Configure individual turbine parameters and wind farm settings for optimal performance.

Turbine Selection

Select Turbine

Turbine Type

Rated Power (kW)

Rotor Diameter (m)

Operating Parameters

Cut-in Wind Speed (m/s)

Rated Wind Speed (m/s)

Cut-out Wind Speed (m/s)

Yaw Control Mode

Advanced Settings

Pitch Control Strategy

Generator Type

Power Regulation

Grid Connection

Safety & Monitoring

Vibration Threshold (mm/s)

Temperature Alert (°C)

Emergency Shutdown Conditions

System Testing & Validation

Run comprehensive tests to validate turbine performance, safety systems, and grid integration.

Performance Tests

Test Type

Test Duration (minutes)

Wind Speed Range (m/s)

Test Results

Test Progress

65%

Status: Running

Elapsed Time: 19:32

Samples Collected: 1,172

Current Power: 142.5 kW

Avg Efficiency: 88.7%

Safety System Tests

Test Name	Status	Last Run	Result
Emergency Brake Test	✓ Passed	2 hours ago	Stop time: 3.2s
Overspeed Protection	✓ Passed	1 day ago	Triggered at 28 m/s
Grid Fault Handling	⚠ Pending	3 days ago	-
Lightning Protection	✓ Passed	1 week ago	All systems nominal

Test Scenarios

Pre-configured test scenarios simulate various environmental and operational conditions.

Scenario 1: Low Wind

Wind Speed: 3-6 m/s

Duration: 15 minutes

Objective: Validate cut-in performance

Scenario 2: High Wind

Wind Speed: 20-25 m/s

Duration: 10 minutes

Objective: Test safety systems

Scenario 3: Variable Wind

Wind Speed: 5-15 m/s (variable)

Duration: 30 minutes

Objective: Assess control response

Scenario 4: Grid Integration

Simulated grid variations

Duration: 20 minutes

Objective: Power quality validation

Performance Analytics & Insights

Analyze historical data, identify trends, and optimize wind farm performance.

Time Period

Metrics to Analyze

Key Performance Indicators

Total Energy (30 days)

2,045MWh

Avg Capacity Factor

41.8%

System Availability

96.3%

Avg Efficiency

86.5%

Revenue Generated

$122.7K

CO₂ Offset

1,227tons

Power Production Analysis

Power Output vs Wind Speed (Last 7 Days)

Wind Speed (m/s) | Avg Power (kW) | Frequency
----------------------------------------
3-5              | 45             | ████░░░░░░ 20%
5-7              | 98             | ████████░░ 35%
7-9              | 125            | ██████████ 25%
9-12             | 142            | ████░░░░░░ 15%
12-15            | 148            | ██░░░░░░░░  5%

Peak Production Hours: 02:00-06:00, 14:00-18:00
Optimal Wind Speed Range: 7-12 m/s (60% of operation time)
                    

Turbine Performance Comparison

Turbine	Energy (MWh)	Capacity Factor	Availability	Efficiency	Rating
Turbine #1	72.5	44.2%	98.1%	89.3%	⭐⭐⭐⭐⭐
Turbine #2	69.8	42.5%	97.4%	87.1%	⭐⭐⭐⭐
Turbine #3	71.2	43.4%	96.8%	88.5%	⭐⭐⭐⭐⭐
Turbine #14	58.3	35.5%	89.2%	81.7%	⭐⭐⭐

Predictive Maintenance Insights

⚠️ Attention Required
Turbine #14 showing 15% below average performance. Recommend inspection within 48 hours.

ℹ️ Optimization Opportunity
Adjusting yaw angle on Turbines #5-8 could increase energy capture by 3-5%.

Environmental Impact

Homes Powered (Annual)

1,842homes

CO₂ Reduction (Annual)

14,724tons

Fossil Fuel Offset

6.2Mkg

Trees Equivalent

245Ktrees

Data Export & Integration

Export data in various formats and integrate with external systems.

Export Configuration

Export Format

Data Range

Include Data

API Integration

API Endpoint

API Key

Use the TypeScript SDK for seamless integration. Install via npm:

npm install @wia/ene-006

Sample Export Data (JSON)

{
  "standard": "WIA-ENE-006",
  "version": "1.0.0",
  "timestamp": "2025-12-25T14:35:22Z",
  "windFarm": {
    "id": "WF-001",
    "name": "Green Valley Wind Farm",
    "location": {
      "latitude": 37.7749,
      "longitude": -122.4194
    },
    "turbines": [
      {
        "id": "turbine-001",
        "type": "HAWT",
        "status": "operational",
        "power": {
          "current": 142.5,
          "rated": 150,
          "unit": "kW"
        },
        "wind": {
          "speed": 12.4,
          "direction": 245,
          "unit": "m/s"
        },
        "efficiency": 88.7,
        "availability": 98.1
      }
    ],
    "metrics": {
      "totalPower": 2847,
      "activeTurbines": 24,
      "systemEfficiency": 87.3,
      "capacityFactor": 42.1
    }
  },
  "philosophy": "弘益人間 (홍익인간) - Benefit All Humanity"
}

Sample Export Data (CSV)

Timestamp,Turbine_ID,Power_kW,Wind_Speed_ms,Efficiency_%,Status
2025-12-25T14:35:22Z,turbine-001,142.5,12.4,88.7,operational
2025-12-25T14:35:22Z,turbine-002,138.2,11.8,87.1,operational
2025-12-25T14:35:22Z,turbine-003,145.7,12.9,89.2,operational
2025-12-25T14:35:22Z,turbine-014,98.3,10.2,81.5,maintenance_required

Integration Examples

TypeScript SDK Usage

import { WindEnergyClient } from '@wia/ene-006';

// Initialize client
const client = new WindEnergyClient({
  apiKey: 'your-api-key',
  endpoint: 'https://api.wia-ene-006.org/v1'
});

// Get wind farm status
const status = await client.getWindFarmStatus('WF-001');
console.log(`Total Power: ${status.metrics.totalPower} kW`);

// Get turbine data
const turbine = await client.getTurbine('turbine-001');
console.log(`Efficiency: ${turbine.efficiency}%`);

// Export data
const data = await client.exportData({
  format: 'json',
  range: 'last-7-days',
  include: ['performance', 'weather', 'alerts']
});

REST API Example

curl -X GET "https://api.wia-ene-006.org/v1/windfarms/WF-001/status" \
  -H "Authorization: Bearer your-api-key" \
  -H "Content-Type: application/json"

# Response
{
  "status": "operational",
  "totalPower": 2847,
  "activeTurbines": 24,
  "efficiency": 87.3
}

Scheduled Exports

Schedule Name	Frequency	Format	Destination	Status
Daily Performance Report	Daily at 00:00	PDF	Email	✓ Active
Weekly Analytics	Monday 08:00	Excel	Cloud Storage	✓ Active
Real-time Stream	Continuous	JSON	API Webhook	✓ Active

💨 WIA-ENE-006 Wind Energy Simulator