Hybrid Solar Farm — 3D Digital Twin

Configuration▾

Technology

Orientation

Modules across tube

Modules per row (string)

Module

Length mm

Width mm

Power Wp

Efficiency %

Temp coeff %/°C

Bifaciality %

Bypass diodes

DC : AC ratio

Structure

Torque-tube height m

Max rotation °

Technology

Orientation

Modules across slope

Modules per row (string)

Module

Length mm

Width mm

Power Wp

Efficiency %

Temp coeff %/°C

Bypass diodes

DC : AC ratio

Structure (modules face SOUTH; posts stay vertical)

Module tilt (N–S) °

Ground clearance m

Location (type a place, auto-fetch coordinates)

Coordinates set the sun path. Weather (TMY) is fetched from PVGIS by the engine.

Latitude °

Longitude °

Layout

Gap between modules mm

Pitch A · Trk→Fix m

Pitch B · Fix→Trk m

Number of rows

Perimeter setback m

Losses

Albedo %

Soiling %

Wiring (ohmic) %

Reflection (IAM) %

Energy is an indicative clear-sky estimate so the dashboard updates live; the weather-driven 8760-hour numbers come from the Python engine.

Live Report▾

⚡ Power right now

—kW AC

Plane-of-array—

% of capacity—

🟥 Shading right now

Fixed shaded—

Tracker shaded—

Tracker angle—

Sun elev / azim—

📊 Energy this month (Mar)

	Energy	Shade loss
Tracker	—	—
Fixed	—	—
Total	—	—

⏱ Generation by slab (this month)

Slab A · 05:30–10:00—

Slab B · 10:01–18:00—

🔧 System

Total modules—

DC capacity—

Trackers / Fixed—

📐 Total plant area (border-to-border)

—acres total

Area—

Plot size (incl. setback)—

Panel packing (GCR)—

HYBRID DIGITAL TWIN