Residential Solar PV System Design

rProcess Expertise in Residential Solar Design

rProcess expertise in residential design spans across diverse geographical regions including the USA, Canada, Australia, and the Caribbean. We specialize in delivering comprehensive presales and post-sales packages tailored for residential projects.

rProcess key deliverables encompass every aspect of residential solar design and installation, ensuring optimal efficiency and compliance with local regulations. From meticulous production and shading reports to precise engineering forms and PE stamping, we provide end-to-end support for seamless project execution. Whether it’s in Florida, California, Toronto, or Queensland, our team is equipped to deliver exceptional residential solar solutions, backed by years of experience and a commitment to excellence.

Typical deliverables include:

Cover Sheet
Notes (General, Electrical & Installation)
PV Layout Plan
Mounting Plan
Elevation Plan
Electrical Plan
Single Line Diagram (AC & DC)

Stringing Layout
Wire Sizing
Bill of Materials
Load Calculators
Labels & Datasheets
Production & Shading Report
Interconnection Forms

Customized Solutions & Lasting Benefits from rProcess

With rProcess extensive experience in working with a variety of Customer Relationship Management (CRM) systems, rProcess offer seamless integration into your design workflow. Our adaptability ensures that regardless of the CRM platform you use, rProcess can efficiently incorporate it into your processes. To streamline the residential design process, rProcess typically request the following information from our clients:

Simple & Efficient Solar Design Process

Customer fills the Design Request Form or loads the project in specific CRM Dashboard

This is the initial step where the customer provides necessary information such as site details, energy requirements, and any specific preferences or constraints through a designated form or dashboard in the CRM (Customer Relationship Management) system.

rProcess QA Team reviews the inputs and passes it to the design team

Once the design request is received, it undergoes a quality assurance (QA) review to ensure that all necessary information is provided and accurate. The QA team checks for completeness and correctness before passing it on to the design team.

Design team does PV Layout based on inputs in solar online tool & asks for approval

The design team utilizes specialized software or online tools designed for solar PV (photovoltaic) system design such as Aurora Solar, Solargraf, HelioScope, PVSyst or others. They input the project specifications, site details, and other relevant parameters to create a layout for the solar PV system. This layout includes the positioning of solar panels, inverters, and other components. Once the layout is prepared, it is submitted for approval.

After approval, all the required drawings are completed in CAD Tool

Upon receiving approval for the PV layout, the design team proceeds to create detailed drawings using Computer-Aided Design (CAD) tools. These drawings include technical diagrams, electrical schematics, and structural layouts necessary for the approval & installation of the solar PV system.

Drawing files are shared in the shared drive & status is changed in CRM

Once the drawings are completed, they are converted into PDF format for easy sharing and accessibility. The PDF files are then uploaded to a shared drive or document repository for internal access. Additionally, the status of the project is updated in the CRM system to reflect the progress made in the design phase.

Upon client's approval, the project is changed to completed status

The final step involves obtaining approval from the client or customer based on the provided drawings and design. If the client approves the design, the project status is updated to "completed" in the CRM system, indicating that the design phase of the PV solar project has been successfully finished and is ready for implementation.

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Have any Question?

Do I need a site assessment before getting a solar design?

Not necessarily for all sites. For sites where the location of electrical equipment & roof obstructions are not obvious, we may require site assessment.

What factors influence the size of my solar system?