Step 1: Discovery and Feasibility Analysis
Typical Duration: 3-5 business days.
Step 2: Conceptual Design and System Modeling
Typical Duration: 5-9 business days.
Step 3: Detailed Engineering and Drawing Production
Typical Duration: 12-18 business days.
Step 4: Quality Assurance and Permit Package Assembly
Typical Duration:7-11 business days.
Step 5: Final Delivery and Construction-Phase Support
Typical Duration: 3-5 business days.







Our portfolio covers all stages of design, including solar plant layout design, wind farm electrical schematics, BESS integration drawings, and the creation of complete drawing sets required for permitting and interconnection.
Compliance is at the core of our process. Our engineers are experts in global grid codes and work closely with local utilities from day one to ensure every aspect of the design—from protection schemes to power quality—meets or exceeds their specific requirements.
We use a suite of industry-leading software, including AutoCAD Electrical for drafting, PVSyst for solar simulation, and ETAP for power systems analysis. This allows us to deliver highly accurate, optimized, and reliable energy drafting solutions.
While our standard package includes a comprehensive set of 2D construction drawings (DWG/PDF), we are fully capable of delivering advanced 3D BIM models for projects requiring enhanced visualization and cross-disciplinary coordination.
Timelines are project-specific. AC & I rooftop project might be designed in 2-3 weeks, whereas a utility-scale solar plant layout can take 6-10 weeks to fully engineer and document. We can also create custom schedules to meet fast-track project needs.
Yes, we specialize in complex systems. Our renewable energy drafting services include the design of hybrid power plants (e.g., solar + wind + BESS) and resilient microgrids that ensure reliable power for critical infrastructure.
You will receive a complete package of construction-ready documents in standard formats, including DWG, PDF, and, if requested, BIM/Revit files. This package includes all plans, schematics, calculations, and datasheets needed for procurement and construction.
Our forecasts are based on rigorous simulations using bankable software (like PVSyst) and trusted, long-term weather data for the specific project site. We meticulously model all system components and loss factors to produce highly reliable and accurate energy yield predictions.
Absolutely. Our team is structured to support projects globally. We have a robust process for researching and adhering to the specific codes and standards of any country, ensuring compliant and successful project delivery worldwide.
Our service doesn't end at delivery. We provide comprehensive construction-phase support, including responding to RFIs, reviewing submittals, and managing the as-built drawing process to ensure the final constructed asset matches the approved design.

