ADVANCED ENERGY SYSTEMS
Computational Engineering Design for Advanced Energy Systems
Physics-grounded engineering for turbines, grids, SMR/MMR campuses, storage, and modular energy-compute systems.
TURBINESSMR / MMRGRIDSSTORAGEHYBRID SYSTEMSENERGY-COMPUTE
CAPABILITIES
From physical context to engineering decisions.
OpenGEIX combines geometry, physics, evidence, engineering assurance, and domain intelligence in one computational workflow.
Generation systems
Model turbine, generation, balance-of-plant, operating envelope, and lifecycle behavior.
SMR / MMR campuses
Study site layout, infrastructure, grid interfaces, thermal systems, and deployment scenarios.
Grid + storage
Evaluate interconnection, storage, resilience, and hybrid energy architectures.
OpenConstructor
Each solution is built on the same physics-grounded computational engineering engine and its layered model of applications, intelligence, engineering assurance, physics, data, and the real world.
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