Hilham Construction Lab | Brandli Drone Solutions

SITE-SPECIFIC DIGITAL STUDY

Steel erection

Inspect the steel frame and rehearse an individual roof-truss lift.

Terrain QA required · source artifacts remain visible

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Parcel referenceWork platform

Ready at pickup0%

Speed Swept envelope

PROJECT BASIS

100 MW IT load concept

One site. Six stages. Editable assumptions.

28,800m² gross building

125MW at assumed PUE

Program & site placement

Four 60 m structural spans × 120 m depth. The steel geometry stays full-size; program inputs test the area assumption, not electrical feasibility.

IT load · MWPUEWhite-space density · kW/m²White space / gross · %

UTM grid east offset · mUTM grid north offset · mRotation · ° CCW from UTM grid eastPlatform width × depth · m300 × 220

Grading & earthworks

Plane scenarioPlatform elevation · m source datumBank → compacted yieldLoose / bank swell

Bank cut: —
Compacted fill: —
Compacted import: —
Bank export: —
Sampled max cut / fill: —

Platform prism only. No allowances for topsoil, side slopes, rock, retaining structures, haul roads or unsuitable material. Elevations use the source DTM datum, not a certified construction benchmark.

Foundations & frame sequence

Erected trusses 0 / 44

5 column lines · 11 frame rows · 44 roof-truss picks. Concrete, base plates and temporary bracing are illustrative; members and foundations have not been structurally designed.

Structural grid & dimensions

Crane & truss lift

Individual placement

Crane station X · mCrane station Y · mPickup center X · mPickup center Y · mLifted truss · tRigging · tTransit clearance · mBoom length · m60 m lattice boom

Peak working radius: —
Gross suspended mass: —
Geometric reach: Checking
Rated capacity: Not verified

Generic crawler geometry. Each lift uses a separate proposed station; relocation is not simulated. No manufacturer load chart, wind limit, ground-bearing check or engineered rigging design is included.

Review flags

Loading actual terrain analysis.

Basis, limitations & renders

This is a planning visualization, not an engineered grading, structural, electrical or lift plan. A 100 MW facility requires utility/interconnection studies, cooling and water design, access, fire protection, environmental review and professional design.

Reading source provenance…

Property site plan ↗On-site steel erection ↗Completed campus on actual terrain ↗

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