Product updates, technical notes and the thinking behind what we build.
3D layout design in the IST PV Solar Simulator involves building a digital site model using satellite maps, LiDAR data, or custom dimensions to simulate module placement and near-shading.
An end-to-end solar design workflow streamlines the path from initial lead capture to permit-ready documentation, reducing turnaround times from weeks to hours through cloud automation and integrated software
The IST PVSolar Simulator transitions site evaluation from basic geometric estimations to realistic 3D shadow modeling that accurately reflects physical surroundings. This advanced simulation ensures precise solar yield forecasts by mapping authentic site topography and obstacles.
From Site Assessment to Simulation, Design, Analysis & Bankability — All in One Integrated Platform. A more marketing-focused version can emphasize speed, engineering precision, automation, and bankable project outputs.
In IST PVSolar Simulator, the analysis can be structured from physical shading → electrical impact → energy loss. The shading result can then be related to the electrical circuit: Irradiance → Cell/Module → String → MPPT → Inverter → AC Energy
Simulation Resolution defines the time-step and calculation detail used to model solar PV performance. IST PVSolar Simulator supports high-resolution simulations for accurate irradiance, temperature, shading, system losses, energy yield, and performance analysis—helping deliver reliable and bankable
Every solar PV plant, whether a 5 kW rooftop system or a 50 MW utility-scale plant, follows the same fundamental electrical hierarchy on the DC side: modules → strings → DCDB (combiner) → MPPT → Inverter.
PV solar simulation report is a technical document generated by specialized software IST PVSolar Simulator V9.0.10 that estimates how much electricity a solar power system will produce and how well it will perform
Two axis-tracking modes are available: backtracking (the standard choice for closely-spaced tracker rows) and true-tracking (maximum cosine gain, appropriate only where row spacing is generous enough that self-shading never occurs).