Use Cases

Energy

Quantum-Ready Simulation for Efficient and Resilient Energy Systems

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Modern energy systems, from nuclear reactors to renewable grids, require high-fidelity simulations to optimize efficiency, safety, and resilience.

With ColibriTD’s hybrid quantum-classical platform QUICK, engineers can accelerate multiphysics simulations, test scenarios faster, and prepare for quantum-enhanced energy modeling, enabling smarter and more sustainable energy solutions.
Learn more about our solution QUICK

1.
Reactor Simulation and Optimization

Nuclear and thermal reactors rely on complex transport equations (heat, fluid flow, and neutrontransport) which are computationally intensive to solve.

H-DES efficiently solves thermal and neutron transport PDEs, enabling rapid testing and optimization of reactor efficiency and safety parameters.

Impact

Gain time

Faster multiphysics simulation and design iteration

Optimize performance

Optimized performance and     safety validation

Improve understanding

Better understanding of critical transient behaviors

2.
Reservoir and Porous Media Flow Modeling

Multiphase flows in oil, gas, or geothermal reservoirs require precise, stable solvers capable of handling complex, multi-scale environments.

H-DES models fluid dynamics and transport in porous media, capturing multi-scale diffusion and flow interactions.

Impact

Improve accuracy

More accurate prediction of     production rates and recovery

Optimize strategies

Optimized extraction and     injection strategies

Reduce cost

Reduced experimental and     computational costs

3.
Energy Network Optimization and Stability

The integration of renewable energy sources and storage introduces complex dynamic behaviors that affect grid stability and power flow.

H-DES simulates power flow PDEs, including voltage wave propagation and thermal effects in lines and transformers, to analyze and optimize grid performance.

Impact

Gain time

Rapid assessment of grid     stability under multiple scenarios

Optimize energy distribution

Optimized energy distribution     and load balancing

Improve resilience

Enhanced resilience of critical infrastructure