Assess suitability of project site based on

• Location
• Topography
• Shading
• Geotechnical data
• Proximity of utilities
• Site configuration and size

• Footprint
• Layout
• Environmental and weather
• Real estate

• Prepare site plan utilizing various technologies such as PV modules, inverters, and fixed or tracking systems to achieve optimum layout and energy production
• Prepare electrical single-line diagram
• Size main feeder

• Detail typical blocks
• Prepare electrical site plans
• Determine number of AC circuits
• Prepare spreadsheet with all DC and AC wire sizes
• Prepare trench layout
• Identify control systems

• Prepare all required calculations, analysis and coordination study
• Determine size of trenches and finalize grounding design
• Specify switchgear
• Finalize all detail

• Prepare testing requirements for piles
• Develop L-pile analysis based on geotechnical data
• Determine pile size and embedment based on geotechnical data or test results
• Prepare corrosion analysis
• Design inverter-transformer skids / foundation

• Address all comments from the client, investor, engineer and contractor
• Prepare final permit set
• Sign and seal

• Coordinate design between client, equipment supplier and other disciplines
• Interact with client and design team via meetings and conference call

• Provide continuous support during construction
• Respond to requests for information (RFIs)
• Conduct site visits

• Review all commissioning documents
• Determine plant performance compliance with design intent
• Sign off on final closing documents

• Pricing
• Delivery
• Project timeline
• Timely turnaround on estimates