Detailed Engineering
Transforming concepts into constructible reality. We produce comprehensive GFC (Good for Construction) drawing sets, precise BOMs, and clash-free 3D models.
Every detail engineered for maximum yield, structural safety, and seamless execution.
BIM & Clash Detection
For complex C&I and utility-scale projects, 2D drawings aren't enough. We build complete 3D digital twins of your facility to route cables, place inverters, and construct MMS without hitting existing infrastructure.
Hover over the viewport to run the automated clash resolution simulation.
Comprehensive Engineering Software
We deploy four distinct core technologies to handle 3D space, structural integrity, energy yield, and execution drafting.
SketchUp
Used to finalize exact module placement in 3D space. Crucial for C&I projects where HVAC units, walkways, and complex roof structures require precise spatial planning and clash avoidance.
AutoCAD
The backbone of execution. We use AutoCAD to generate 2D Good-For-Construction (GFC) layouts, Single Line Diagrams, earthing profiles, and trenching sections for the site engineers.
PVsyst
Validating the final electrical architecture. PVsyst is used to finalize stringing combinations, inverter loading ratios (DC/AC), and recalculate the guaranteed yield based on the GFC layout.
STAAD.Pro
We simulate wind loads up to 180 km/h, dead weight, and live loads on the Module Mounting Structure (MMS). Ensures the civil foundations and steel structure will never fail under extreme weather.
Engineering Software Stack
We use the most powerful, industry-accepted engineering tools for precise and validated designs.
DED Package Tiers
Tailored engineering packages based on your project's scale and complexity.
COMMERCIAL
LARGE C&I
UTILITY SCALE
Frequently Asked Questions
Got questions? We've got answers. Here are the most common things clients ask us about this service.
Detailed Engineering Design (DED) is the comprehensive set of drawings and technical documents that defines how every component in a solar system is installed, connected, and configured. It includes civil foundations, structural mounts, AC/DC cable routing, protection systems, earthing, and commissioning procedures.