# WIA-ENE-005: Solar Energy Standard ☀️

> 홍익인간 (弘益人間) - Benefit All Humanity

## Overview

The WIA-ENE-005 Solar Energy Standard provides a comprehensive framework for solar photovoltaic systems, data management, and integration. This standard enables efficient monitoring, control, and optimization of solar installations across all scales—from residential rooftops to utility-scale solar farms.

## Features

- 📊 **Comprehensive Monitoring**: Real-time production tracking, environmental data, and performance metrics
- 🔌 **Standardized APIs**: RESTful interfaces for seamless integration
- 🔋 **Battery Integration**: Full support for energy storage systems
- 🏢 **Building Management**: Integration with BMS and smart building systems
- 🚗 **EV Charging**: Coordination with electric vehicle charging infrastructure
- 🌐 **Grid Services**: Support for demand response, frequency regulation, and energy markets
- 🔒 **Security**: Comprehensive cybersecurity and data privacy protections
- 📱 **Interactive Tools**: Web-based simulator and monitoring dashboards

## Quick Start

### Installation

```bash
npm install @wia-standards/solar-energy
```

### Basic Usage

```typescript
import { SolarEnergyClient } from '@wia-standards/solar-energy';

const client = new SolarEnergyClient({
  apiKey: 'your-api-key',
  baseUrl: 'https://api.your-solar-system.com'
});

// Get current production
const production = await client.getProduction('SYSTEM-001');
console.log(`Current power: ${production.data?.power} W`);

// Get battery status
const battery = await client.getBatteryStatus('BATT-001');
console.log(`State of charge: ${battery.data?.stateOfCharge}%`);
```

## Project Structure

```
solar-energy/
├── index.html              # Landing page
├── simulator/              # Interactive 5-tab simulator
│   └── index.html
├── ebook/                  # Comprehensive documentation
│   ├── en/                 # English eBook (8 chapters)
│   └── ko/                 # Korean eBook (8 chapters)
├── spec/                   # Technical specifications
│   ├── PHASE1-foundation.md
│   ├── PHASE2-implementation.md
│   ├── PHASE3-integration.md
│   └── PHASE4-optimization.md
├── api/typescript/         # TypeScript SDK
│   ├── src/
│   │   ├── types.ts
│   │   └── index.ts
│   └── package.json
└── README.md
```

## Documentation

### eBook Chapters

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

**Korean (한국어):**
1. [태양광 발전 표준 소개](ebook/ko/ch1.html)
2. [핵심 개념과 용어](ebook/ko/ch2.html)
3. [기술 아키텍처](ebook/ko/ch3.html)
4. [구현 가이드](ebook/ko/ch4.html)
5. [모범 사례](ebook/ko/ch5.html)
6. [보안 및 규정 준수](ebook/ko/ch6.html)
7. [통합 패턴](ebook/ko/ch7.html)
8. [미래 로드맵](ebook/ko/ch8.html)

### Technical Specifications

- [**Phase 1**: Foundation](spec/PHASE1-foundation.md) - Basic monitoring, data models, and safety
- [**Phase 2**: Implementation](spec/PHASE2-implementation.md) - Enhanced APIs, battery integration, analytics
- [**Phase 3**: Integration](spec/PHASE3-integration.md) - BMS, microgrids, EV charging, grid services
- [**Phase 4**: Optimization](spec/PHASE4-optimization.md) - AI/ML, autonomous operation, advanced features

## Compliance Levels

### Level 1: Basic Compliance
- System-level power monitoring
- Daily energy logging
- Basic fault detection
- Standard data formats

### Level 2: Standard Compliance
- Inverter-level monitoring
- RESTful API endpoints
- Battery integration
- Advanced analytics
- Cybersecurity measures

### Level 3: Advanced Compliance
- Real-time streaming data
- AI-powered optimization
- Predictive maintenance
- Grid services participation
- Full ecosystem integration

## Interactive Simulator

Explore the [interactive simulator](simulator/index.html) to:
- Configure solar system parameters
- Test performance under various conditions
- Analyze production and efficiency metrics
- Export system data and reports
- Learn through hands-on experimentation

## API Reference

### Core Endpoints

```
GET    /api/v1/sites                           # List all sites
GET    /api/v1/sites/{siteId}                  # Get site details
GET    /api/v1/systems/{systemId}/production   # Get production data
GET    /api/v1/inverters/{inverterId}/metrics  # Get inverter metrics
GET    /api/v1/battery/{batteryId}/status      # Get battery status
POST   /api/v1/systems/{systemId}/control      # Send control command
```

### Data Models

See [types.ts](api/typescript/src/types.ts) for complete TypeScript definitions including:
- `SiteProfile` - System configuration
- `ProductionData` - Energy production metrics
- `InverterMetrics` - Inverter telemetry
- `BatteryStatus` - Battery state and health
- `EnvironmentalData` - Weather and irradiance
- `PerformanceMetrics` - Efficiency and performance indicators

## Philosophy: 홍익인간 (弘益人間)

WIA-ENE-005 embodies the Korean philosophy of **홍익인간 (弘益人間)** (hongik ingan), meaning "benefit all humanity." This standard is:

- **Open and Free**: No license fees or proprietary restrictions
- **Accessible**: Clear documentation for all skill levels
- **Global**: Designed for diverse climates and regulatory environments
- **Sustainable**: Promoting environmental stewardship and clean energy
- **Collaborative**: Community-driven development and improvement

## Contributing

We welcome contributions to improve the WIA-ENE-005 standard:

1. Review the [specification documents](spec/)
2. Submit issues or suggestions via GitHub
3. Propose enhancements through pull requests
4. Share implementation experiences and best practices
5. Participate in community discussions

## Standards Compliance

WIA-ENE-005 complements existing standards including:

- **IEC 61215/61730**: PV module safety and performance
- **IEEE 1547**: Grid interconnection requirements
- **UL 1741**: Inverter safety certification
- **NEC Article 690**: Solar system electrical installation
- **Modbus/SunSpec**: Device communication protocols

## License

This standard and all associated documentation are freely available under the MIT License. The TypeScript SDK is also MIT licensed.

## Support

- **Documentation**: [WIA Standards Repository](https://github.com/WIA-Official/wia-standards)
- **Issues**: [GitHub Issues](https://github.com/WIA-Official/wia-standards/issues)
- **Community**: Join discussions and share experiences

## Acknowledgments

WIA-ENE-005 was developed through collaboration with solar energy professionals, researchers, and advocates worldwide. Special thanks to all contributors who have shared their expertise to make solar energy more accessible and effective for all humanity.

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**© 2025 SmileStory Inc. / World Certification Industry Association**

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