120 MWFixed Tilt
Solar Structure Design
Structural engineering for fixed-tilt, tracker, and rooftop mounting systems.
Service Overview
Engineering Scope & Approach
Solmatrix Energy provides structural design and analysis for solar mounting systems subjected to wind, seismic, and operational loads. We develop foundation recommendations, member sizing, connection details, and calculation reports suitable for third-party review and fabrication.
Our structural engineers use industry tools including STAAD Pro to validate safety factors while optimizing steel tonnage — supporting EPC cost targets without compromising code compliance.
Ideal For
- Solar EPC Contractors
- Project Developers & IPPs
- Industrial & Commercial Clients
- Renewable Energy Companies
What We Provide
Technical Deliverables
Comprehensive engineering outputs structured for EPC execution, approvals, and procurement.
Fixed Tilt Structures
Tracker Structure Support
Load Analysis Reports
STAAD Pro Models
Wind Load Analysis
Foundation Design
Structural GA Drawings
Connection Details
Fabrication BOQs
Our Process
Engineering Workflow
01
Requirement Analysis
Scope, standards, and deliverable alignment with your EPC workflow.
02
Site Assessment
Review of survey data, constraints, and constructability inputs.
03
Engineering Design
Discipline-specific modeling, calculations, and drawing production.
04
Technical Review
Internal QA, peer review, and compliance verification.
05
Final Documentation
Issued-for-construction packages, BOQs, and submission sets.
06
Project Support
RFI responses, revisions, and construction-stage assistance.
Why Solmatrix
Trusted Engineering Partner
Expert Engineers
Fast Turnaround
Cost Optimization
Accurate Drawings
Industry Standards
Global EPC Support
Utility Scale Experience
Project Showcase
Representative Engagements
120 MW
40 MWTracker Structures
Gujarat, India
3 MWRooftop Ballast
Pune, India
Tools & Software
Engineering Technology Stack
AutoCAD
STAAD Pro
PVSyst
Helioscope
SketchUp
Civil 3D
FAQ
Engineering Questions
Design basis follows project-specific codes — commonly IS 875 for wind, IS 456/800 for concrete/steel, and client specifications.
Yes, subject to geotechnical inputs. We evaluate constructibility and cost for each foundation type.
We offer peer review and value engineering for externally supplied mounting systems.
Analysis reports and models are delivered per scope for authority and lender submissions.