Design. Optimize. Decarbonize.
EnSol Pro is an integrated engineering platform that brings energy system modeling, thermodynamic simulation, exergy analysis, techno-economic evaluation and AI-driven optimization together in one seamless environment.
The free beta for Windows is coming soon. Join the beta to reserve your spot.
Illustration, not program output. The dashed outline is the baseline cycle. The shaded area inside a cycle is its net work, so a larger area means more work per unit of fluid.
One platform. Endless energy possibilities.
Forget switching between simulation tools, property databases, spreadsheets and optimization software. EnSol Pro connects every stage of your engineering workflow, from an initial concept to a thoroughly evaluated and optimized energy system.
Model visually
Build energy systems from components
Build systems from an extensive library of ready-to-use components, including turbines, compressors, pumps, heat exchangers, combustors and fuel cell stacks. The software generates the governing equations and a three-dimensional system diagram for you.
- Flexible component-based modeling, not limited to a fixed list of cycles
- Built-in properties of real fluids, not only ideal ones: water, steam, CO₂, refrigerants, air and real-gas mixtures
- From Rankine and Brayton cycles to emerging technologies
Energy and exergy analysis
Find where useful work is lost
Energy and exergy analysis sit directly inside the simulation, so you can assess performance and find thermodynamic inefficiencies without rebuilding models or moving data between applications.
- Component-level performance
- Sources of irreversibility
- First-law and second-law analysis in one model
Techno-economic analysis
Balance performance and cost
Evaluate technical performance and financial implications together. Integrated component cost models are compared with industry standards and literature data.
- Change a design variable and the thermodynamic and economic results update in the same model
- Explore investment requirements and cost-performance trade-offs
Fuel cells and emerging technologies
Five fuel cell technologies
Investigate advanced energy conversion concepts, hybrid architectures and high-efficiency systems, with dozens of included example systems as starting points.
- Proton exchange membrane (PEFC) and phosphoric acid (PAFC)
- Molten carbonate (MCFC), solid oxide (SOFC) and alkaline (AFC)
- Combine fuel cells with conventional components in hybrid configurations
From simulation to intelligent design exploration
The next generation of engineering software must do more than calculate how a system performs. It must help engineers discover how that system could perform better.
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Define your objectives
Maximize thermal efficiency, minimize system cost, reduce exergy destruction, or balance competing goals.
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Establish constraints
Set the engineering limits your system must respect.
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Let the algorithms explore
Intelligent optimization algorithms search alternative configurations and operating conditions across complex design spaces.
Go beyond a single simulation
Sensitivity and uncertainty analysis, design of experiments, response surface modeling, curve fitting and inverse design all work inside the same modeling environment.
Understand what matters
Use sensitivity analysis to find the influential parameters, and uncertainty analysis to see the effect of uncertain inputs.
Reveal relationships
Apply design of experiments, response surface modeling and curve fitting to link variables to system performance.
Engineering design
With inverse design, specify the performance you want and solve for the design variables needed to reach it.
Designed for the people advancing energy innovation
Researchers
Investigate advanced energy systems and run comprehensive parametric studies without fragmented software workflows.
Engineers and consultants
Streamline feasibility studies, compare design alternatives and back your recommendations with performance and cost.
Universities and students
Connect thermodynamic fundamentals with practical engineering in one platform for modeling, simulation, economics and optimization.
Energy innovators
Explore emerging technologies and assess promising configurations on the way to efficient, cost-effective and sustainable energy.
One software. From first principles to better energy systems.
Model efficiently, analyze deeply, optimize intelligently and make better-informed decisions.
Engineer efficiency. Optimize performance. Advance sustainable energy.
The free beta is coming soon
Reserve your spot and we will email you when it opens.