PVCanvas
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Professional Solar Design Platform

Every roof.
Every decision.
One workspace.

Solar PV design software for rooftop layouts, mounting details, electrical design and customer proposals. Built for India and Nigeria design workflows.

Request a company trial Follow the workflow

Design. Size. Quote. Deliver.

Rooftop workspaceCommercial roof / example 01
Interactive product concept
Original conceptual commercial roof model with solar arrays and mounting details; the interactive model loads in this space.

Preparing the interactive roof. Static concept remains available.

No customer or project data. Every value here is illustrative.Explore the detail
2D + 3D designPV layoutMPPT stringsEnergy & ROIPDF + DOCX

The details make the design

Beyond a panel
on a polygon.

Real roofs come with structure, access routes, obstacles and electrical constraints. Make those decisions part of the same design.

01 / Layout with intent

Turn available space
into a considered array.

Switch portrait and landscape, manage orientation and auto-fill within the roof you have defined. Review the result before committing it.

  • Orientation-aware PV layouts
  • Roof boundaries and access clearance
  • Individual modules, not just a capacity label
Compare the roof layouts
LAYOUT COMPARISON
ACCESS
29.0 m18.0 mN ↑
80 modules44.0 kW DC · deterministic visual preset
RCC / MOUNTING DETAILILLUSTRATIVE SECTION
RCC mounting with controlled module overhangA conceptual tilted solar table stands on rails, columns and concrete footings inside the roof boundary. The module edge and footing edge are shown separately. This is not a construction detail or a validated load calculation.RCC footingColumn + railModule edgeFOOTING PLACEMENT REMAINS INSIDE THE ROOFControlled overhang
Module edge ≠ footing edgeGeometry first. Engineering review always.
02 / Structure, not decoration

Control the overhang.
Keep the footings honest.

RCC mounting needs more than a floating panel. Model the support arrangement, control module overhang and keep footing placement tied to the roof boundary.

  • Separate module and footing constraints
  • Rails, legs and concrete support geometry
  • Inspect the assembly in 3D
Look beneath the modules
03 / Model what is in the way

That mumty matters.
So does its shadow.

Bring rooftop stair enclosures, obstructions and nearby objects into the model. Keep usable roof space and shade assumptions visible.

Rooftop stair enclosure (mumty) A door and access steps lead into a rooftop stair enclosure on a parapet-lined terrace. Solid walls, a flat roof slab and a cast shadow show the obstruction in context. Illustrative geometry, not a clearance or shading calculation. Rooftop stair enclosure · mumtyExplore obstacle clearance
04 / An electrical design that connects

From module rows
to matched MPPT strings.

Work through inverter selection, string configuration and electrical checks. Keep the array and its connections in the same project context.

Follow the electrical workflow

One project. A connected handoff.

The design changes.
The story stays connected.

Carry the project from roof geometry into equipment, energy assumptions, economics and a documented proposal.

Built around the organization

Your standards.
Your shared workspace.

Keep the commercial and technical context together without giving every user the same permissions.

DESIGN WORKSPACE

The detail belongs
with the project.

Move between site layout, module geometry, system choices and technical deliverables.

  • Lead and design context
  • Equipment and layout decisions
  • PDF and DOCX reporting workflows
Request a designer trial

Your team. Your licence period.

Serious tools.
A plan that fits.

Choose a licence package that fits your team.

Solo

1 designer
₹4,084per designer / month

Professional

2-4 combined users
Let’s talkMonthly pricing to be confirmed

Business

5-10 combined users
₹3,250per designer / month

Sales / site survey: ₹1,950 per user / month

Enterprise

11+ combined users
₹2,417per designer / month

Sales / site survey: ₹1,450 per user / month

Indicative licence estimates. Taxes and final terms confirmed by quotation. Pricing & billing information.

Before your first project

Clear expectations.
A better start.

Request your company trial

How does trial access work?

Submit a company request, verify your email and wait for platform-owner approval. The owner chooses the trial duration and total seats. Approved users receive an activation link; a request alone does not create access.

Is this preview an engineering simulation?

No. The interactive roof uses deterministic visual presets. Dimensions, layouts, shadows and financial examples are illustrative—not a site survey, load check, electrical validation or yield forecast.

Which locations are supported?

India and Nigeria design profiles are available, subject to platform-owner approval. Indian visitors start with India defaults; all other and unknown regions start with Nigeria defaults. Saved projects retain their own settings. Worldwide regulatory compliance is not implied.

How are paid licences activated?

Discuss your selected licence period and receive payment instructions directly. Access is activated after the platform owner confirms a manual payment. This website does not collect card details or provide an automated checkout.

Bring your next roof into focus

A stronger design.
A clearer proposal.

Request a company trial Sign in to your workspace

Company email verification and owner approval required. Trial requests open only when the service is enabled.