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P90
Home
Introduction
What is SunSolve P90?
Background
How SunSolve P90 works
How to use this documentation
Acknowledgements
Getting started
Overview
Account registration
Setup options
Jupyter Notebook walkthrough
Local setup
Tutorials
Overview
1. Very simple uncertainty analysis
2. Simple uncertainty analysis
3. Interdependence in the model
4. Introducing asymmetry
5. Multiple years
Simulation inputs
Overview
Weather data
System configuration
Simulation settings
Syntax
Uncertainty distributions
Overview
Example
PDF types
Imposing limits
Cumulative distributions
Determining multipliers
Syntax
Simulation outputs
Overview
Summary results
Used inputs results
Equations
Yield calculations
Table of inputs
Troubleshooting
Overview
Power
Home
Introduction
What is SunSolve Power?
Scope of this manual
Intended audience
How to use this documentation
Getting started
How to guides
How to perform a sweep
How to perform an optimisation
Inputs
Simulation options
Electrodes
Interfaces
Surface morphology and texture
Illumination
Optical detector
System configuration
Equivalent circuit parameters
Cell geometry
Module cell layout
Module frames and brackets
Module electrical layout
Module electrical modifiers
Outputs
Series resistance
Models and algorithms
Main solving algorithms
Optical layers
Solver modes
Equivalent circuit model
Series resistance calculation
Optical scattering
Colour calculations
Generation profiles
Advanced topics
Ray count & stochastic error
Yield
Home
Introduction
What is SunSolve Yield?
Key features
Scope of this manual
Intended audience
How to use this documentation
Getting started
Installation and access
Running your first simulation
Viewing results
Saving and loading
Next steps
How to guides
Simulating a plane-of-array sensor
Extracting bifacial factors for PVsyst
Using PVGIS weather data
Inputs
Module cell layout
Module electrical layout
Module frames and brackets
System types and layout overview
System dimensions
System layout - Fixed
System layout - Waves
System layout - Single-axis tracker
Weather options
Simulation options
Custom objects
Outputs
Outputs table
Waterfall loss chart
Time series data
Models and algorithms
Main solving algorithm
Time steps
Insolation
Fundamental optics
Module optics
System optics
Thermal model
Equivalent circuit model
Module electronics
System electronics
References
Advanced topics
Ray tracing methodology
Ray count & stochastic error
Impact of atmosphere on spectrum
Module current scaling in simple optical models
Sources of electrical mismatch
Assumption of identical cell parameters
Use of illumination dependent shunt resistance
Troubleshooting
Finding help and fixing common issues
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Summary output definitions
English version available →
提供中文版本 →
Irradiation
Section titled “Irradiation”
Parameter
Symbol
Units
Equation
Main results
Section titled “Main results”
Parameter
Symbol
Units
Equation
Other
Section titled “Other”
Parameter
Symbol
Units
Equation
