Accurate Energy Yield Models from Design Into Operations
Equip your team with the tools to model and optimize yields accurately in the design phase and de-risk energy production from capacity testing into operations.
Independent Power Producers
Achieve and maintain your ROI with DUET, providing continuous performance evaluation, and de-risking your assets across their entire lifetimes.
Independent Engineers
Deliver accuracy and reliability to energy yield assessments and loss factors using DUET.
Solar Developers
Maximize energy yields and project valuations with advanced bifacial modeling and streamlined design testing.
PV Performance Teams
Benchmark live site performance by comparing real-time operational data against DUET simulations.
EPCs
Optimize and expedite project execution and commissioning with DUET's robust modeling for precise designs and energy yield targets.
Asset Managers
Minimize downtime across your portfolio and maintain energy yield targets with DUET's real-time monitoring, securing your asset's value.
Unlock New Solar Energy Yield Performance Capabilities
DUET captures front and rear side performance, building IV curves from cell to module, module to string, and string to array.
DUET is Enurgen's novel 3D Finite Element Method (FEM) modeling engine, designed to rigorously simulate energy yield performance.
Terrain-Inclusive Row-to-Row Shading
Analyze and apply general terrain profiles on a per-table basis, capturing associated losses within the energy yield simulation.
Meteo Temporal and Spatial Resolution
Apply minutely simulations to capture sub-hourly clipping losses and real-time model-to-asset performance deviations. Quantify plant-wide performance variations by applying independent meteo timeseries to each block.
Complex 3D Shading
Quantify the impact of your array geometry on energy yield, and optimize your racking for the complex shading environment of your system.
Bifacial Irradiance
DUET combines the computational efficiency of 3D VF modeling and the detail of deterministic ray-object intersections to quantify environmental shading, providing precise front and rear-side 2D insolation profiles at each timestamp.
Model continuity from design through to operations to optimize and realize energy yields
DUET generates high resolution results, equipping your team with new methods and insights for optimizing your system performance.
Teamwork Makes the Dream Work
Seamlessly collaborate on the same project across multiple teams and organizations.
Share Results Directly In-App
Share projects and detailed results dashboards with internal and external stakeholders to streamline your workflows.
Model Continuity: From Design to Operations
Connect all phases of your asset lifetime with our Model Continuity solution, bringing expectations to reality for your solar portfolio.
Powered by High Performance Compute
DUET bridges the gap between computational efficiency and high spatial and temporal resolution — enabled by HPC for your convenience.
3D Irradiance and Shading
DUET’s 3D approach captures direct, diffuse, and ground-reflected irradiance at each timestep of your simulation, easily visualized through our Irradiance Profiles
High Resolution Environmental Inputs
DUET ingests sub-hourly albedo, GHI, and other environmental inputs to accurately capture the as-built behaviour of your system, down to the minute.
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