Irradix · Design. Simulate. Prove.
Design, simulate and permit commercial solar.The right code for every site.
Irradix is a cloud platform for solar teams: lay out arrays on a map, run transparent pvlib simulations, and generate proposals and permit packs that cite the actual standard — built for Saudi Arabia, the UAE, and beyond.
Jurisdiction-aware engineering
The applicable array-design code — IEC 62548-1:2023 or NEC 690 — is derived from the project site, and every deliverable cites the standard and clause. Unresolved is shown, never silently defaulted.
Built for the GCC
One jurisdiction-aware engine for KSA (SASO Technical Regulation) and the UAE (DEWA): SI units (mm²) on IEC jurisdictions, performance ratio per the SASO-adopted IEC 61724-1 method, mandated design temperatures and voltage ceilings by emirate, in Arabic and English — extending across the GCC as the GSO cascade rolls out.
One-click permit packs
Bill of materials, single-line diagram, datasheets and a code-compliance report — bundled as a PDF, with the code report derived from the site jurisdiction.
Transparent simulation
pvlib physics on PVGIS weather (dataset version published), an auditable loss tree that telescopes, P50 / P75 / P90 with persisted uncertainty, and the full 8760-hour CSV.
Engineering depth
Auto-stringing with cold-Voc checks from site-derived design temperatures, wire schedules with I²R losses feeding the loss tree, shade analysis, battery simulation and multi-design compare.
Real component catalog
24,799 parts with AI datasheet parsing that records its source and confidence — a spec is cited or flagged, never invented.
Bilingual proposals
Shareable tokenized web proposals, revocable at any time, with an Arabic / English toggle and full right-to-left layout.
Built to the standards your reviewer cites
- IEC 62548-1:2023
- NEC 690
- SASO Technical Regulation
- DEWA (UAE)
- IEC 61724-1
- SI units (mm²)
- Arabic + English