# WIA-ENE-006: Wind Energy Standard 💨

**Version:** 1.0.0
**Status:** Active
**Category:** Energy & Environment (ENE)
**Philosophy:** 홍익인간 (弘益人間) (홍익인간) - Benefit All Humanity

---

## Overview

WIA-ENE-006 is a comprehensive standard for wind energy systems, covering everything from turbine design and site assessment to grid integration, operations, and advanced optimization. This standard enables safe, efficient, and sustainable wind energy deployment worldwide.

### Key Features

- ⚡ **Complete Technical Specifications** - Turbine design, performance, and safety requirements
- 🌍 **Global Applicability** - Suitable for all climates and deployment scenarios
- 🔧 **Practical Implementation** - Step-by-step guidance from planning to operation
- 📊 **Advanced Analytics** - AI/ML integration for performance optimization
- 🔒 **Security & Compliance** - Cybersecurity and regulatory compliance frameworks
- 🌐 **Open Standards** - Interoperable with WIA-OMNI-API and other standards

---

## Quick Start

### 1. Explore the Standard

Visit the interactive documentation:

```bash
open index.html
```

Navigate to:
- **Simulator**: Interactive 5-tab wind energy simulator
- **eBook (EN)**: 8-chapter comprehensive guide in English
- **eBook (KO)**: 8-chapter comprehensive guide in Korean (한국어)
- **Specifications**: 4-phase technical documentation
- **API**: TypeScript SDK for integration

### 2. Install the TypeScript SDK

```bash
npm install @wia/ene-006
```

### 3. Basic Usage

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

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

// Get turbine data
const turbineData = await client.getTurbineData('turbine-001');
console.log(`Power: ${turbineData.power.activePower} kW`);

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

---

## Structure

```
wind-energy/
├── index.html              # Main landing page
├── simulator/              # Interactive simulator
│   └── index.html         # 5-tab simulation interface
├── ebook/                  # Comprehensive documentation
│   ├── en/                # English (8 chapters)
│   │   ├── ch1.html       # Introduction
│   │   ├── ch2.html       # Core Concepts
│   │   ├── ch3.html       # Technical Architecture
│   │   ├── ch4.html       # Implementation Guide
│   │   ├── ch5.html       # Best Practices
│   │   ├── ch6.html       # Security & Compliance
│   │   ├── ch7.html       # Integration Patterns
│   │   └── ch8.html       # Future Roadmap
│   └── ko/                # Korean (8 chapters)
│       ├── ch1.html       # 풍력 발전 표준 소개
│       ├── ch2.html       # 핵심 개념과 용어
│       ├── ch3.html       # 기술 아키텍처
│       ├── ch4.html       # 구현 가이드
│       ├── ch5.html       # 모범 사례
│       ├── ch6.html       # 보안 및 규정 준수
│       ├── ch7.html       # 통합 패턴
│       └── ch8.html       # 미래 로드맵
├── spec/                   # Technical specifications
│   ├── PHASE1-foundation.md      # Foundation requirements
│   ├── PHASE2-implementation.md  # Implementation procedures
│   ├── PHASE3-integration.md     # Integration requirements
│   └── PHASE4-optimization.md    # Optimization strategies
├── api/                    # API implementations
│   └── typescript/        # TypeScript SDK
│       ├── src/
│       │   ├── types.ts   # Type definitions
│       │   └── index.ts   # SDK implementation
│       └── package.json
└── README.md              # This file
```

---

## Four-Phase Framework

### Phase 1: Foundation
Establishes core requirements for turbine design, site assessment, and basic operations.

**Key Topics:**
- Technical specifications (design life, performance, safety)
- Wind resource evaluation (measurement, analysis)
- Site conditions assessment (topography, geotechnical)
- Environmental and social impact
- Quality assurance and component certification

### Phase 2: Implementation
Addresses practical deployment including installation, commissioning, and operations.

**Key Topics:**
- Installation procedures (site prep, crane operations, safety)
- Commissioning (testing, validation, grid connection)
- Operational protocols (monitoring, control, reporting)
- Maintenance strategies (preventive, predictive, corrective)
- Training and certification programs

### Phase 3: Integration
Focuses on grid integration, energy management, and system interoperability.

**Key Topics:**
- Grid code compliance (frequency, voltage, power quality)
- Energy management systems (forecasting, dispatch, markets)
- Energy storage integration (battery systems, hybrid operation)
- Communication protocols (IEC 61400-25, OPC UA, MQTT)
- Cybersecurity (network, application, data security)

### Phase 4: Optimization
Leverages advanced technologies for maximum performance and autonomous operation.

**Key Topics:**
- AI-driven performance optimization
- Predictive maintenance with machine learning
- Digital twin implementation
- Autonomous operations
- Advanced forecasting
- Continuous improvement frameworks

---

## Interactive Simulator

The 5-tab simulator provides hands-on experience with wind energy systems:

### Tab 1: Overview
- Real-time system monitoring
- Key performance indicators (KPIs)
- System health dashboard
- Active alerts and events
- Weather conditions

### Tab 2: Configuration
- Turbine selection and parameters
- Operating mode settings
- Control system configuration
- Safety and monitoring thresholds
- Advanced settings

### Tab 3: Testing
- Performance testing (power curve, efficiency, vibration)
- Safety system validation
- Grid compliance verification
- Pre-configured test scenarios
- Automated test execution

### Tab 4: Analytics
- Performance analysis and trending
- Turbine comparison
- Wake loss analysis
- Predictive maintenance insights
- Environmental impact metrics

### Tab 5: Export
- Data export (JSON, CSV, XML, Excel, PDF)
- API integration setup
- Scheduled export configuration
- Sample code examples
- Integration testing

---

## eBook Contents

### English Edition (8 Chapters)

1. **Introduction to Wind Energy Standards** - Global landscape, importance of standards, WIA-ENE-006 principles
2. **Core Concepts and Terminology** - Fundamental physics, performance metrics, wind characteristics
3. **Technical Architecture** - System design, control systems, data infrastructure, grid integration
4. **Implementation Guide** - Site assessment, turbine selection, installation, commissioning
5. **Best Practices** - Operations excellence, maintenance strategies, performance optimization
6. **Security and Compliance** - Cybersecurity, regulatory compliance, safety management
7. **Integration Patterns** - Grid integration, storage, hybrid systems, enterprise integration
8. **Future Roadmap** - Emerging technologies, AI/autonomy, advanced materials, 2030+ vision

### Korean Edition (한국어판, 8장)

1. **풍력 발전 표준 소개** - 글로벌 현황, 표준의 중요성, WIA-ENE-006 원칙
2. **핵심 개념과 용어** - 기본 물리학, 성능 지표, 풍력 특성
3. **기술 아키텍처** - 시스템 설계, 제어 시스템, 데이터 인프라, 그리드 통합
4. **구현 가이드** - 현장 평가, 터빈 선택, 설치, 시운전
5. **모범 사례** - 운영 우수성, 유지보수 전략, 성능 최적화
6. **보안 및 규정 준수** - 사이버 보안, 규제 준수, 안전 관리
7. **통합 패턴** - 그리드 통합, 저장, 하이브리드 시스템, 기업 통합
8. **미래 로드맵** - 신기술, AI/자율화, 첨단 소재, 2030+ 비전

---

## API Reference

### Installation

```bash
npm install @wia/ene-006
```

### TypeScript SDK

```typescript
import {
  WindEnergyClient,
  TurbineDataPacket,
  WindFarmStatus,
  ControlCommand,
  TurbineCommand
} from '@wia/ene-006';

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

// Get real-time data
const data: TurbineDataPacket = await client.getTurbineData('turbine-001');

// Send control command
const command: ControlCommand = {
  turbineId: 'turbine-001',
  command: TurbineCommand.SET_POWER_SETPOINT,
  parameters: { setpoint: 100 }, // kW
  timestamp: new Date().toISOString(),
  requestedBy: 'operator-1'
};

const response = await client.sendControlCommand(command);

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

// Performance analysis
const analysis = await client.analyzePerformance({
  targetId: 'WF-001',
  startTime: '2025-12-01T00:00:00Z',
  endTime: '2025-12-31T23:59:59Z',
  metrics: ['power', 'efficiency', 'availability']
});

// Production forecast
const forecast = await client.getForecast({
  targetId: 'WF-001',
  horizon: 48 // hours
});

// Export data
const exportResult = await client.exportData({
  format: 'csv',
  startTime: '2025-12-01T00:00:00Z',
  endTime: '2025-12-31T23:59:59Z',
  fields: ['timestamp', 'power', 'windSpeed', 'efficiency']
});
```

### Utility Functions

```typescript
// Calculate available wind power
const power = client.calculateWindPower(
  12.5,      // wind speed (m/s)
  1.225,     // air density (kg/m³)
  1385.4     // rotor area (m²)
);
console.log(`Available power: ${(power / 1000).toFixed(2)} kW`);

// Calculate capacity factor
const cf = client.calculateCapacityFactor(
  125000,    // actual energy (kWh)
  150,       // rated power (kW)
  730        // hours
);
console.log(`Capacity factor: ${(cf * 100).toFixed(1)}%`);

// Estimate wind speed at hub height
const hubSpeed = client.estimateWindSpeedAtHeight(
  6.5,       // known speed at 10m (m/s)
  10,        // known height (m)
  80,        // hub height (m)
  0.14       // shear exponent
);
console.log(`Estimated speed at hub height: ${hubSpeed.toFixed(2)} m/s`);
```

---

## Standards Compliance

WIA-ENE-006 aligns with and extends:

- **IEC 61400 Series** - Wind turbine design and testing
- **IEEE 1547** - Distributed energy resources interconnection
- **NERC/FERC** - Grid reliability and market participation
- **ISO 9001** - Quality management
- **ISO 14001** - Environmental management
- **ISO 45001** - Occupational health and safety
- **IEC 62443** - Industrial cybersecurity
- **WIA-OMNI-API** - Universal API integration
- **WIA-AIR-SHIELD** - Cybersecurity protection

---

## Philosophy

### 홍익인간 (弘益人間) (홍익인간) - Benefit All Humanity

WIA-ENE-006 embodies the Korean philosophical principle of "broadly benefiting humanity." This manifests through:

- **Open Standards:** Freely accessible specifications promoting global knowledge sharing
- **Safety First:** Rigorous safety requirements protecting workers and communities
- **Environmental Stewardship:** Minimizing ecological impact while maximizing clean energy
- **Social Responsibility:** Community engagement and benefit-sharing mechanisms
- **Innovation Enablement:** Flexible framework accommodating technological advancement
- **Global Equity:** Supporting deployment in developed and developing regions alike

Every aspect of this standard is designed to accelerate the clean energy transition and ensure wind energy benefits all of humanity.

---

## Contributing

We welcome contributions from the global wind energy community:

1. **Technical Feedback:** Share implementation experiences and suggestions
2. **Translations:** Help translate documentation into additional languages
3. **Code Examples:** Contribute reference implementations and utilities
4. **Case Studies:** Document real-world deployments and lessons learned

Contact: opensource@wia.org

---

## License

WIA-ENE-006 Standard: Open for implementation (see individual licenses)
TypeScript SDK: MIT License
Documentation: Creative Commons BY 4.0

---

## Support

- **Documentation:** [https://wia.org/standards/ene-006](https://wia.org/standards/ene-006)
- **GitHub:** [https://github.com/WIA-Official/wia-standards](https://github.com/WIA-Official/wia-standards)
- **Email:** support@wia.org
- **Community Forum:** [https://forum.wia.org](https://forum.wia.org)

---

## Acknowledgments

WIA-ENE-006 was developed through collaboration among:

- Wind energy manufacturers and developers
- Grid operators and utilities
- Research institutions and universities
- Regulatory agencies
- Environmental organizations
- Local communities hosting wind energy projects

Special thanks to all contributors who shared their expertise and experience to create this comprehensive standard.

---

## Version History

- **1.0.0** (2025-12-25): Initial release
  - Complete 4-phase framework
  - Interactive simulator
  - 8-chapter eBook (EN/KO)
  - TypeScript SDK
  - Full API documentation

---

**© 2025 SmileStory Inc. / WIA**

**홍익인간 (弘益人間) (홍익인간) · Benefit All Humanity**

---

*"The future of wind energy begins with our actions today. Let us harness the power of wind to create a sustainable, prosperous future for all."*