A bi-directional soft-linking method whole is a B.Tech project topic for Electrical Engineering. It gives students a clear starting point for research, implementation planning, and documentation.
A bi-directional soft-linking method whole Project Details
| Abstract |
The project offers a clear framework that links a whole‑energy system model with a detailed power‑system optimization model using a two‑way soft link. It combines EnergyScope, which captures total energy demand and sector details, with PyPSA, which handles high‑resolution power‑system expansion and grid limits. An iterative data‑exchange process fixes mismatches in space, time, and sector detail between the two models. The method is shown with a case study of Bolivia’s national energy system. The work helps set up multi‑sector energy demand models, define transmission network constraints, and run optimizations that find the cheapest ways to expand generation. With this guide, students can see how sector‑coupling technologies—like electric vehicles and synthetic
fuels—affect grid stability and investment decisions. The framework can be used as a practical reference for assessing national decarbonization paths while keeping the transmission network operable.
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| Reference Paper |
A bi-directional soft-linking method for a whole energy system model and a power system optimization model. Application and analysis for the Bolivian case |
| Domain |
Electrical Engineering |
| Sub-Domain |
Power System Projects |
| PDF Download |
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