I will design pvsyst simulation, pvcase, layout optimization, and bankable engineering
Solar Panel Layout, Solar Load Calculation, Farmland Solar, 3 Line Diagram
About this Gig
Stop the cycle of endless engineering revisions. I engineer utility-scale solar and MW-scale PV systems for rapid AHJ approval and maximum investor returns from the very first draft.
Whether you are developing a community solar project, an agrivoltaics ground-mount system, or a massive commercial layout, I deliver bankable, high-performance designs that protect your project timeline and maximize ROI.
ENGINEERING & UTILITY SERVICES OFFERED:
- Utility-Scale & MW Solar Design (Up to 100MW+)
- Comprehensive PVsyst Simulations & P50/P90 Yield Reports
- Detailed Loss Diagram & Performance Analysis
- BESS (Battery Energy Storage System) Integration & Microgrid Design
- Agrivoltaics & Dual-Use Farmland Layout Optimization
- Complete Electrical Single Line Diagrams (SLD) & Three-Line Diagrams (3LD)
- Comprehensive Bills of Materials (BOM) & Technical Specifications
SOFTWARE EXPERTISE:
PVsyst v8 | PVCase | AutoCAD | Helioscope
From commercial rooftop arrays to massive ground-mount systems, my engineering plan sets are optimized for quick interconnection and grid support compliance (NEC 2026).
️ PLEASE CONTACT ME BEFORE ORDERING. Utility projects are highly site-specific. MESSAGE ME NOW!!!
Project type:
Residential
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Industrial
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Hospitality
Solar system type:
Grid-connected
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Hybrid
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Other
Software:
PVsyst
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AutoCAD
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Other
Delivery style preference
Please inform the freelancer of any preferences or concerns regarding the use of AI tools in the completion and/or delivery of your order.
FAQ
Do your reports include financial metrics for investors?
Yes. My Premium utility-scale documentation and PVsyst energy yield reports provide the exact bankable data (including P50/P90 probability data and detailed loss analyses) that tax equity stakeholders, banks, and investors require for financing.
Can you design hybrid solar + storage systems?
Absolutely. I specialize in utility-scale BESS (Battery Energy Storage System) integration, configuring systems for peak-shaving, microgrid functionality, or grid-support services.

