SMR Grid Integration
Power-system engineering for nuclear-integrated grids.
We model how Small Modular Reactors (SMRs) can be integrated into national and regional electricity systems, studying grid stability, dispatch, renewable integration, transmission requirements and long-term energy-system resilience.
Engineering & Simulation of SMR-Integrated Power Systems
Engineering and simulation of power systems integrating SMRs with conventional generation, renewable energy, storage and transmission networks. This work sits at the core of ZapTek's Nuclear Energy & Power Systems division, combining power-system modelling, grid simulation, and data-driven analysis to study how nuclear generation can work alongside renewable energy and other power-generation technologies to deliver reliable, resilient and sustainable electricity systems.
Focus Areas
Power Flow Modeling
Simulating how power generated by SMRs flows through transmission and distribution networks alongside conventional generation.
Grid Stability & Dispatch
Studying frequency regulation, dispatch scheduling, and stability margins when nuclear generation is added to a grid mix.
Renewable Energy Integration
Modeling how SMRs complement solar, wind, and hydro generation to balance intermittency and maintain reliable supply.
Transmission Requirements
Assessing transmission network capacity, siting, and upgrade requirements for connecting new nuclear generation.
Storage & Distributed Resources
Evaluating the role of storage and distributed energy resources in smoothing power flow around SMR deployment.
Long-Term Energy-System Resilience
Researching how nuclear-integrated grids withstand demand growth, faults, and evolving generation mixes over decades.
Our Research Approach
Model & Simulate
We build power-system models of national and regional grids, then simulate SMR interconnection scenarios under varying load and generation conditions.
Analyze Grid Stability
We study frequency response, power flow, and fault behavior to understand how nuclear generation affects grid stability and dispatch.
Co-Optimize With Renewables
We evaluate how SMRs and renewable generation can be scheduled together to maximize reliability while minimizing curtailment.
Plan for Resilience
We translate findings into transmission and resilience recommendations for long-term, sustainable grid operation.
Related Work
Digital Twin Model for Small Modular Reactors (SMRs)
in-progressA digital twin machine learning model simulating reactor performance, power flow, and safety systems for grid-connected SMRs.
Nuclear Grid Integration Framework
completedResearch and consultancy into incorporating Small Modular Reactors securely into existing power transmission grids.
Interested in Nuclear Grid Research?
Explore the rest of our Nuclear Energy & Power Systems division, or join ZapTek's Innovation Club to work on research like this alongside our team.