One platform, every stage of a bankable solar project.

Single/two-diode module modeling, run as a full 8,760-step hourly (or 15-min sub-hourly) simulation, calculating the exact amount of electricity a solar power plant will produce over its lifetime, not a monthly approximation.

For bifacial solar tracking, view-factor bifacial, 3D near-shading, horizon and SAT backtracking algorithms prevent row shading and self-shading and optimize tilt to maximize total energy.

Thermal, IAM, spectral, soiling, LID, mismatch and aging — every loss modeled with an accounting method that forces lenders to estimate and set money aside for loan defaults before they actually happen.

String sizing, cable schedules and protection ratings to IEC 60364-7-712, IEC 60269-6 and CEA 2010 — plus India's IS 16169.

P50/P75/P90/P95 exceedance, 5,000-trial financial risk analysis, Equity IRR/DSCR tornado, and a full lender due-diligence checklist.

Hourly AC-coupled battery dispatch — self-consumption, peak shaving, and weak-grid/islanding — against an imported or estimated load profile.

Auto-generated single-line diagrams, BOQ, and investor-ready PDF reports, complete with CAPEX/OPEX, cover letter and terms.

CEA / IS 16169 compliance, MNRE CO₂ factors, ALMM-ready module data, and PM Surya Ghar / DPR-style report layouts out of the box.

Sensitivity analysis charts, in-depth uncertainty analysis, and transparent in-browser AI/ML models trained on your own simulation data.

Every CAPEX, OPEX, tariff, revenue and NPV figure runs in the project's own currency (₹, $, €, £ and more), with country-specific tax rates, depreciation schedules, CO₂ grid factors and CAPEX/Wp bankability bands — one model, re-costed for any jurisdiction without a rebuild.

Add PV modules and inverters via manufacturer .PAN/.OND import, automatic PDF datasheet extraction, or manual entry — including hybrid-inverter battery parameters — so the workflow never blocks on missing files.

Source irradiance from PVGIS, NASA Hourly TMY, or imported Meteonorm/SolarGIS/SolarAnywhere data, with year-on-year variability feeding a transparent P50–P95 Monte-Carlo uncertainty budget for realistic debt-sizing.

One-click tilt/azimuth optimization, orientation-loss-vs-optimum reporting, an explicit yearly transposition factor, and monthly (not just annual) POA irradiance to capture seasonal and monsoon dips.

Model hourly self-consumption/BESS dispatch with battery sizing and backup-autonomy tools, and scale from a single string to multiple independently-configured sub-arrays within one project.

Every loss and gain across GlobHor → GlobInc → GlobEff → E_Array → E_Grid — shading, IAM, soiling, bifacial gain, mismatch, wiring, clipping, grid-delivery losses — is individually editable, not buried in one black-box number.

LCOE, NPV, IRR, ROI, Project/Equity IRR, DSCR, three payback lenses, and a full Financial Due Diligence report combining hourly Perez-engine yield with Monte-Carlo risk — ready for a lender's independent engineer.

Queue batch/parametric simulations across tilt, module, inverter and ILR variants, then let an AI-assisted step recommend the best-performing configuration across yield, financial and bankability outcomes together.

Generate SLDs, array tables, protection & cable schedules, AI/ML performance-improvement recommendations, and client-facing EPC proposals with BOQ — all from the same design, so drawings never drift from simulation.