Deep-Tech Software Defining Utility Scale Solar Systems of Tomorrow
Capturing Solar Asset Performance from Cells to Systems
A Big Change Coming To
From solar cell to system, DUET provides new ways of optimizing racking structures and ground albedo to optimize bifacial performance.
Monofacial and Bifacial System Analysis
Control electricity generation from both sides of the panel, unlike traditional solar panels that only generate electricity from one side.
Single-axis tracked system support
Ability to control the position of the panels relative to the sun on a single axis tracking system
Time Varying Albedo Impact Analysis
Monitor the status of each panel in real time. This will help to detect system faults in time, knowing the exact location of the failure.
A new standard for bifacial system design, planning and modelling
DUET Designer is an open-access cloud based application enabling solar designers & engineer to optimize bifacial solar assets in minutes not days. Enurgen is working towards establishing new standards for bifacial performance analysis and software standards for the utility-scale solar industry. We have made our software open-access to collaborate with the solar community to establish trust and remove uncertainty in bifacial design.
Our DUET Software Engine
Enables Industry Disruption
Know Your Bifacial Resource From Front to Back
DUal-sided Energy Tracer is a bifacial PV performance model that calculates optical and electrical performance based on a physically representative array geometry.
DUET’s novel shading algorithm pairs a 3D view factor model with deterministic ray-object intersections to capture shade-inclusive irradiance profiles while minimizing computational cost. Series and parallel combination of current–voltage curves capture irradiance non-uniformity throughout the module, string, and array.
DUET unlocks new capabilities for solar designers & engineers to optimize system performance like never before.
Dual-sided Energy Tracer (DUET)
Our DUET software allows full design of a bifacial utility-scale solar system.
3D view factor with complex shading
We combine the computational efficiency of 3D VF modelling and deterministic ray-object intersections for enhanced racking shading capabilities.
Monofacial & bifacial energy yield
Our custom algorithm excels at bifacial solar systems in addition to monofacial solar panels - with no derate factors.
Fixed-tilt, single, and dual-axis tracking
Choose your system: untracked fixed-tilt to dual-axis tracking capabilities.
Array geometry impact
See how your array geometry, including complex racking shading, impacts your energy yield.
Meteorology & geographical analysis
Visualize differences in meteorology datasets and batch test to find the best fit.
Individual cell to system analysis
Build a model with cell to system granularity for optimized design and planning.
Direct & ground-reflected irradiance
Include the impact of direct and ground-reflected irradiance with our time-varying albedo capabilities.
Time-varying environmental conditions
See how your system will perform over the course of a year, with no averaged environmental conditions.
Get in touch
Ottawa, Ontario, Canada