Solar Installation & Takeoff
Precision Costing for Renewable Energy
Secure profitable solar contracts with exact takeoffs for modules, racking, BOS, and inverters. We deliver the data needed to optimize system design and control installation costs.
Engineered for the Sun: Accuracy in Every Component
The profitability of a solar project—whether utility-scale, commercial, or residential—is determined by optimizing the Balance of System (BOS) and minimizing labor costs. Our Solar Installation & Takeoff service provides specialized quantification that goes far beyond standard construction estimating. We use digital design documents to generate exact material lists for every component, ensuring your procurement and installation teams receive precise data down to the individual mounting clip and foot of wire.
- Module and Array Layout: Exact counts of PV modules, calculated based on available roof space or land area, and accounting for setbacks, shading analysis, and system capacity targets.
- Mounting and Racking Systems: Detailed quantification of all racking rails, clamps, hardware, and structural attachments, calculated by specific system type (e.g., ground mount, ballasted, rail-less).
- Electrical Balance of System (BOS): Rigorous takeoff of electrical components, including inverters (DC/AC sizing), combiner boxes, disconnects, AC/DC wire and conduit runs (measured in linear feet), and grounding components.
- Permitting & Code Compliance: Ensuring the takeoff and estimating basis adhere to US NEC (National Electrical Code) standards, local fire code setbacks, and specific utility interconnection requirements.
- Permitting & Code Compliance: Ensuring the takeoff and estimating basis adhere to US NEC (National Electrical Code) standards, local fire code setbacks, and specific utility interconnection requirements.
Why Choose Aero Cost X?
When your project’s financial stability is on the line, you need a partner committed to excellence:
- Specialized Expertise: Our estimators understand photovoltaic systems, NEC requirements, and the specific labor complexities of solar installation.
- Labor Optimization: Precise BOS takeoffs lead to accurate crew sizing and efficient material staging, reducing expensive on-site labor waste.
- • Risk Mitigation: We identify component incompatibilities or design elements that violate US local codes or utility requirements before construction begins.