WIA-UNI-007

Power Grid Unification Standard
전력망 통합 표준
100GW+
Total Grid Capacity
765kV
HVDC Interconnection
60%
Renewable Target
$50B+
Infrastructure Value

Core Power Grid Systems

🔌

HVDC Interconnection

High-Voltage Direct Current transmission systems connecting North and South grids with 765kV capacity, enabling bi-directional power flow and grid synchronization for enhanced stability.

🌞

Renewable Energy Sharing

Unified protocols for solar, wind, and hydroelectric power distribution across the peninsula, maximizing renewable energy utilization and reducing carbon emissions.

⚙️

Smart Grid Integration

Advanced metering infrastructure, demand response systems, and real-time monitoring for efficient power distribution and consumption optimization.

🔋

Energy Storage Systems

Standardized battery storage, pumped hydro, and compressed air systems for load balancing, peak shaving, and emergency backup power supply.

🛡️

Grid Security & Resilience

Cybersecurity protocols, redundant systems, and disaster recovery mechanisms ensuring uninterrupted power supply during emergencies and natural disasters.

📊

Real-time Monitoring

Unified SCADA systems, IoT sensors, and AI-powered analytics for predictive maintenance, fault detection, and optimal grid performance.

Implementation Architecture

PHASE 1

Data Format

Foundation standards for power grid data and energy metrics

  • Grid Topology Schema
  • Power Flow Data Format
  • Renewable Energy Metrics
  • Load Forecasting Standards
  • Asset Registry Format
PHASE 2

API

RESTful APIs and SDKs for grid management and energy trading

  • Grid Status API
  • Energy Trading API
  • Load Management API
  • Renewable Integration API
  • Real-time Monitoring API
PHASE 3

Protocol

Communication protocols and SCADA integration

  • IEC 61850 Compliance
  • DNP3 Protocol Support
  • MQTT for IoT Devices
  • HVDC Control Protocols
  • Cybersecurity Standards
PHASE 4

Integration

Ecosystem integration and regional connectivity

  • National Grid Integration
  • Northeast Asia Supergrid
  • International Standards Mapping
  • WIA Ecosystem Connection
  • Certification Framework

Key Projects & Use Cases

⚡ Inter-Korean HVDC Link

765kV HVDC transmission line connecting Gangwon Province to Wonsan, enabling bi-directional power flow up to 2GW capacity. Supports renewable energy sharing and grid stabilization during peak demand periods.

🌊 Tidal Power Integration

Standardized protocols for integrating West Sea tidal power plants into the unified grid, leveraging Korea's exceptional tidal range for renewable energy generation and cross-border distribution.

☀️ Solar Farm Sharing

Unified solar energy distribution network connecting large-scale photovoltaic installations in the DMZ and rural areas with urban consumption centers, maximizing renewable capacity utilization.

💨 Wind Power Corridor

Integration of East Coast offshore wind farms with the unified grid, utilizing standardized protocols for variable renewable energy management and real-time balancing mechanisms.

🔋 Pumped Storage Coordination

Coordinated operation of pumped hydroelectric storage facilities across the peninsula for load balancing, peak shaving, and emergency power backup during grid instabilities.

🌐 Northeast Asia Supergrid

Foundation for regional power trading with China, Russia, Japan, and Mongolia, positioning the Korean Peninsula as a strategic energy hub in the Asia-Pacific energy market.

Get Started

Explore the WIA-UNI-007 Power Grid Unification Standard

Try Simulator Read Documentation View Specification GitHub