# WIA-ENE-004 Renewable Energy Standard ♻️

**Version:** 1.0
**Category:** Energy & Environment (ENE)
**Primary Color:** #059669 (Green)

---

## Overview

The **WIA-ENE-004 Renewable Energy Standard** provides a comprehensive framework for integrating, monitoring, and optimizing renewable energy systems at any scale. From single residential solar installations to nationwide grid networks, this standard enables seamless interoperability, data exchange, and intelligent management of sustainable energy infrastructure.

### Key Features

- ♻️ **Universal Interoperability:** Works with all major renewable energy sources (solar, wind, hydro, geothermal, biomass, tidal)
- 🔒 **Security First:** OAuth 2.0 + JWT authentication, TLS 1.3 encryption, RBAC authorization
- 📊 **Real-time Monitoring:** Sub-second data collection and processing
- 🤖 **AI-Powered:** Built-in support for ML-based forecasting and predictive maintenance
- 🌐 **Cloud & Edge:** Hybrid deployment supporting cloud, on-premises, and edge computing
- 📱 **Multi-Platform:** Web, mobile, and IoT device support
- 🔄 **Open Standard:** MIT licensed with complete documentation and reference implementations

---

## Quick Start

### Installation

```bash
# Clone the repository
git clone https://github.com/WIA-Official/wia-ene-004
cd wia-ene-004/renewable-energy

# Install TypeScript SDK
npm install @wia/ene-004-sdk

# Or using yarn
yarn add @wia/ene-004-sdk
```

### Basic Usage

```typescript
import { RenewableEnergyClient } from '@wia/ene-004-sdk';

// Initialize client
const client = new RenewableEnergyClient({
  apiEndpoint: 'https://api.renewable-energy.example.com',
  apiKey: process.env.WIA_ENE_API_KEY
});

// List all energy sources
const sources = await client.listSources({
  type: 'SOLAR-PV',
  status: 'ACTIVE'
});

// Get production data
const production = await client.getProduction('SOLAR-PV-001', {
  period: '24h',
  resolution: '15min'
});

console.log(`Total production: ${production.summary.total} kWh`);
```

---

## Project Structure

```
renewable-energy/
├── index.html              # Landing page
├── simulator/              # Interactive 5-tab simulator
│   └── index.html
├── 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)
│       └── ch1-8.html
├── spec/                   # Technical specifications
│   ├── PHASE1-foundation.md
│   ├── PHASE2-implementation.md
│   ├── PHASE3-integration.md
│   └── PHASE4-optimization.md
├── api/                    # API SDK
│   └── typescript/
│       ├── src/
│       │   ├── types.ts    # Type definitions
│       │   └── index.ts    # SDK implementation
│       └── package.json
└── README.md               # This file
```

---

## Documentation

### eBook Series

Our comprehensive eBook provides in-depth coverage of the WIA-ENE-004 standard:

**English:**
- [Chapter 1: Introduction to Renewable Energy Standards](ebook/en/ch1.html)
- [Chapter 2: Core Concepts and Terminology](ebook/en/ch2.html)
- [Chapter 3: Technical Architecture](ebook/en/ch3.html)
- [Chapter 4: Implementation Guide](ebook/en/ch4.html)
- [Chapter 5: Best Practices](ebook/en/ch5.html)
- [Chapter 6: Security and Compliance](ebook/en/ch6.html)
- [Chapter 7: Integration Patterns](ebook/en/ch7.html)
- [Chapter 8: Future Roadmap](ebook/en/ch8.html)

**한국어 (Korean):**
- [제1장: 재생에너지 표준 소개](ebook/ko/ch1.html)
- [제2장: 핵심 개념과 용어](ebook/ko/ch2.html)
- [제3장-8장](ebook/ko/)

### Technical Specifications

Implementation is organized into four phases:

1. **[Phase 1: Foundation](spec/PHASE1-foundation.md)** - Core infrastructure, data models, basic APIs
2. **[Phase 2: Implementation](spec/PHASE2-implementation.md)** - Advanced analytics, ML models, dashboards
3. **[Phase 3: Integration](spec/PHASE3-integration.md)** - Grid integration, IoT, mobile SDKs
4. **[Phase 4: Optimization](spec/PHASE4-optimization.md)** - Performance tuning, AI automation, scaling

---

## API Reference

### Energy Source Management

```typescript
// Register new energy source
const source = await client.createSource({
  sourceType: 'SOLAR-PV',
  name: 'Headquarters Rooftop Solar',
  ratedCapacity: { value: 150, unit: 'kW' },
  location: {
    latitude: 37.7749,
    longitude: -122.4194,
    elevation: 52,
    timezone: 'America/Los_Angeles'
  },
  operator: 'Example Corp',
  metadata: {
    manufacturer: 'SunPower',
    model: 'SPR-MAX3-400',
    serialNumber: 'SP400-2024-001234',
    certifications: ['IEC-61730', 'UL-1703']
  }
});

// Get source details
const details = await client.getSource('SOLAR-PV-001');
```

### Production Data

```typescript
// Submit production data
await client.submitProduction({
  timestamp: new Date().toISOString(),
  sourceId: 'SOLAR-PV-001',
  production: {
    instantaneous: { value: 142.5, unit: 'kW' },
    cumulative: {
      today: 856.3,
      thisMonth: 24567.8,
      lifetime: 1234567.9,
      unit: 'kWh'
    }
  },
  efficiency: {
    current: 95.0,
    average24h: 94.2,
    unit: 'percent'
  }
});

// Query production data
const production = await client.getProduction('SOLAR-PV-001', {
  start: '2025-12-24T00:00:00Z',
  end: '2025-12-25T00:00:00Z',
  resolution: '15min'
});
```

### Alerts & Monitoring

```typescript
// Create alert rule
await client.createAlertRule({
  sourceId: 'SOLAR-PV-001',
  name: 'Low Efficiency Alert',
  condition: {
    metric: 'efficiency',
    operator: 'less_than',
    threshold: 80,
    duration: '15min'
  },
  actions: [
    { action: 'NOTIFY_TEAM', priority: 'HIGH' },
    { action: 'SCHEDULE_MAINTENANCE', priority: 'MEDIUM' }
  ]
});

// Get active alerts
const alerts = await client.getAlerts('SOLAR-PV-001', 'HIGH');
```

---

## Interactive Simulator

Explore the standard with our [interactive 5-tab simulator](simulator/index.html):

1. **Overview** - System dashboard with key metrics
2. **Configuration** - Energy source setup and settings
3. **Testing** - Compliance validation and testing tools
4. **Analytics** - Performance monitoring and forecasting
5. **Export** - Data export in multiple formats

---

## Supported Energy Sources

| Source Type | Code | Description | Typical Capacity |
|-------------|------|-------------|------------------|
| ☀️ Solar Photovoltaic | `SOLAR-PV` | Direct sunlight to electricity | 1 kW - 2 GW |
| 🌡️ Solar Thermal | `SOLAR-TH` | Heat storage and industrial use | 10 kW - 500 MW |
| 💨 Wind Onshore | `WIND-ON` | Land-based wind turbines | 5 kW - 500 MW |
| 🌊 Wind Offshore | `WIND-OFF` | Ocean wind farms | 5 MW - 2 GW |
| 💧 Hydroelectric | `HYDRO` | Water flow to electricity | 100 kW - 22 GW |
| 🌋 Geothermal | `GEO` | Earth's heat energy | 1 MW - 1 GW |
| 🌾 Biomass | `BIO` | Organic material combustion | 50 kW - 100 MW |
| 🌊 Tidal | `TIDAL` | Ocean tides and currents | 1 MW - 300 MW |

---

## Development

### Prerequisites

- Node.js 16+
- TypeScript 5.0+
- Docker (optional, for local development)

### Setup Development Environment

```bash
# Install dependencies
cd api/typescript
npm install

# Build TypeScript
npm run build

# Run tests
npm test

# Lint code
npm run lint
```

### Running the Simulator

```bash
# Serve locally
python -m http.server 8000

# Open browser
open http://localhost:8000
```

---

## Standards Compliance

WIA-ENE-004 complements and integrates with:

- **IEC 61850** - Substation automation and communication
- **IEEE 2030** - Smart grid interoperability
- **ISO 50001** - Energy management systems
- **OpenADR** - Automated demand response
- **OCPP** - Open charge point protocol (EV integration)

---

## Contributing

We welcome contributions from the community! Please see our [Contributing Guidelines](CONTRIBUTING.md).

### Ways to Contribute

- 🐛 Report bugs and issues
- 💡 Suggest new features
- 📝 Improve documentation
- 🧪 Add test cases
- 🌍 Translate to new languages
- 🔧 Submit pull requests

---

## Community

- **Website:** https://wia.org/ene-004
- **GitHub:** https://github.com/WIA-Official/wia-ene-004
- **Forum:** https://forum.wia.org/renewable-energy
- **Newsletter:** https://wia.org/newsletter
- **Email:** ene-004@wia.org

---

## License

MIT License - see [LICENSE](LICENSE) file for details.

---

## Philosophy

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

This standard is built on the principle of 홍익인간 (弘益人間) - "널리 인간을 이롭게 하라" (Benefit all humanity). Our mission is to accelerate the global transition to renewable energy through open, accessible, and interoperable standards that benefit all people, regardless of geography, economic status, or technical expertise.

---

## Acknowledgments

- **WIA Technical Committee** - Standard development and maintenance
- **Open Source Community** - Reference implementations and feedback
- **Early Adopters** - Real-world testing and validation
- **International Partners** - IRENA, IEC, IEEE, ISO

---

## Contact

**WIA (World Certification Industry Association)**
Email: info@wia.org
Website: https://wia.org

**SmileStory Inc.** (Founding Organization)
Email: contact@smilestory.kr
Website: https://smilestory.kr

---

© 2025 SmileStory Inc. / WIA (World Certification Industry Association)
홍익인간 (弘益人間) (홍익인간) · Benefit All Humanity