Comprehensive Solar Blockchain Site Engineering Blueprint
Budget: $30 – $250 USD
I’m kicking off a two–site program that begins with a 40-acre beta installation in Florida and scales to a 500-plus-acre Phase I location in Arizona. To move confidently into construction, I need a solar engineer who can take a clean-sheet concept and transform it into a fully modeled, technically sound plan.
The scope centers on three core tasks: developing the overall site architecture, drafting complete energy-infrastructure diagrams, and running all power calculations. Because no legacy drawings exist yet, everything must be produced from scratch with the future roll-out in mind.
Your diagrams must explicitly incorporate BESS storage, inverters, and modular data centers, and show how each element ties into our proprietary software-defined control stack. I’ll rely on your calculations—array sizing, round-trip efficiency, derating, load profiles, fault current, and interconnection parameters—to confirm that the Florida pilot meets performance, safety, and code thresholds before we replicate at scale in Arizona.
Deliverables
• Concept-to-permit site layout and one-line diagrams
• Detailed BESS / inverter / data-center integration drawings
• Complete electrical and energy-yield calculations in an editable format
• A short technical memo summarizing key assumptions, results, and risks
I’m looking for work that is thorough, easy to hand off to EPC partners, and defensible when reviewed by utilities and AHJs. If you’re comfortable owning the engineering path from blank page to ready-for-sourcing, let’s talk about milestones and timelines.
Must sign a NDA before discussions.
The scope centers on three core tasks: developing the overall site architecture, drafting complete energy-infrastructure diagrams, and running all power calculations. Because no legacy drawings exist yet, everything must be produced from scratch with the future roll-out in mind.
Your diagrams must explicitly incorporate BESS storage, inverters, and modular data centers, and show how each element ties into our proprietary software-defined control stack. I’ll rely on your calculations—array sizing, round-trip efficiency, derating, load profiles, fault current, and interconnection parameters—to confirm that the Florida pilot meets performance, safety, and code thresholds before we replicate at scale in Arizona.
Deliverables
• Concept-to-permit site layout and one-line diagrams
• Detailed BESS / inverter / data-center integration drawings
• Complete electrical and energy-yield calculations in an editable format
• A short technical memo summarizing key assumptions, results, and risks
I’m looking for work that is thorough, easy to hand off to EPC partners, and defensible when reviewed by utilities and AHJs. If you’re comfortable owning the engineering path from blank page to ready-for-sourcing, let’s talk about milestones and timelines.
Must sign a NDA before discussions.