Training Environment

Next Generation Energy Management Software

Start

ANM Overview

Use Cases

Product Deployment

Real Time Network Analysis

NOVA Engine

System Architecture - SGAM Levels and Domains

Exercises - Example Projects

Training Overview

SCADA

ANM System Training Overview

Renewables Connection and Management

Whole System Management

Energy Market Facilitation

System Protection

Use Cases

Primary Use Cases

Renewable Connections

ACCELERATING RENEWABLE ENERGY CONNECTION

DER Integration

Thermal Constraint Management

Voltage Control

Reactive Power Control

Future Energy Markets

SUPPORTING ENERGY MARKETS

Demand Prediction

Generation Prediction

Network Congestion Forecasting

Aggregation Interface/Control

Whole System

FACILITATING WHOLE SYSTEM APPROACH

Transmission ANM

Balancing Services

Virtual Power Plant

N-3 Intertripping

System Protection

IMPROVING GRID RESILLIENCE

Microgrid Control / Islanding

Blackstart Function

Realtime Fault Level Management

Rating Management

Incremental Deployment

System Scaling

Applications are combined to create scalable architecture from localised constraint management schemes to enterprise scale system platforms running multiple applications.

Core

Small

Core

Medium

Core

Large

Incremental

Use Case 2

Differentiators

Realtime Network Analysis

The system is unique, in that it is continuously analysing the current network state and the alternative N-1 states, evaluating the thermal and voltage ratings, network transients and fault levels to determine the optimal network operation.

System Architecture

Constellation is a full solution platform offering robust field hardware, substation and enterprise level software and complete design and integration services. The Constellation Platform covers Level 1 DER Controllers, Level 2 Substation Controllers and Level 3 and Level 4 Enterprise Software.

Example Projects

The system’s modularity allows it to easily scale from a single substation network to a large regional or national system supporting dual and triple location redundancy for increased resilience. The system can be deployed incrementally in the knowledge that it can meet larger, future requirements.