Overview¤
EnergyScope uses a modular architecture that balances core functionality with optional advanced features. These modules enhance analysis depth but may increase computational demands. Below is a summary of available modules.
Temporal Resolution¤
Improves simulation granularity: Enables high-resolution modeling (e.g. hourly) to better capture demand/supply fluctuations — key for renewable-heavy grids.
Use cases:
- Grid balancing
- Demand response
- High-resolution market simulations
Geographic Decomposition¤
Adds spatial resolution: Models regional energy dynamics and infrastructure, including cross-border flows.
Use cases:
- National/regional energy planning
- Electricity trading
- Infrastructure analysis
Mobility¤
Integrates transport energy demand: Simulates EVs, hydrogen, and biofuels, analyzing their energy needs and infrastructure impact.
Use cases:
- Transport decarbonization
- EV infrastructure planning
- Mobility pathways (incl. V2G)
Grids & Infrastructure¤
Models grid and storage systems: Evaluates capacity, expansion, and the role of storage for grid reliability and flexibility.
Use cases:
- Investment planning
- Grid stability
- Storage integration
Carbon Flows¤
Tracks carbon and CCUS: Monitors emissions across the system and supports integration of capture, utilization, and storage technologies.
Use cases:
- Emission reduction strategies
- CCUS integration
- Net-zero pathway planning
Life Cycle Assessment (LCA)¤
Assesses full environmental impacts: Evaluates cradle-to-grave effects of technologies, including materials, operation, and end-of-life phases.
Use cases:
- Environmental footprint analysis
- Sustainable tech design
- Circular economy evaluation