288 Hour Production Calc
Multi-parameter configuration: User-defined key parameters such as various system losses, double-sided components, array grouping, shading calculation methods, and mountain shading can be configured.
Three-dimensional drive: Combine the project's three-dimensional model with meteorological data to comprehensively calculate the production.
Shadow refinement: Considering the influence of arrays, terrain, and shading objects, it supports two modes: linear shading or string calculation.
Multi-dimensional calculation: Supports the calculation of production for the entire project, selected areas, or individual arrays.
Comprehensive output results: Output production, PR value, bifacial gain, loss details, and support for exporting 25-year yield data.
Simulation of 8760-hour Production
Annual high-precision simulation: Supports 8760-hour hourly production simulation, with significantly higher accuracy than the typical day method, comprehensively covering all seasons and all weather conditions.
Multi-scenario adaptability: Fully covers scenarios such as complex mountainous terrain, Upland, Bifacial system, flat single-axis racks, and fixed racks.
Support multiple sources of Meteorology data: compatible with Meteonorm, PVGIS, Solargis, and User-defined Meteorology data.
Fine-grained quantification of full-chain loss: covering nearly 30 losses including horizon profile, thermal loss, line loss, module degradation, pollution, shading, IAM, and station power consumption, with clear and traceable energy flow direction.
One-click result visualization and report generation: Output the Year Yield, PR value, monthly report, and typical day curve, and automatically generate a complete simulation report.