PVspark product overview

One project record from first enquiry to final handover

PVspark gives installer and EPC teams delivering residential and C&I solar projects a connected place to qualify, survey, design, estimate, price, report, and hand work forward.

How the work moves

The next role starts with context, not a reconstruction exercise.

Each workspace is built for a different job. The customer, site, project version, evidence, assumptions, and activity trail connect them.

  1. 01

    Lead

    Qualify the opportunity, site, owner, and next action.

  2. 02

    Survey

    Capture the field evidence the next team needs.

  3. 03

    Design

    Model the site, layout, energy, and electrical system.

  4. 04

    Estimate

    Connect load, tariff, pricing, and commercial assumptions.

  5. 05

    Proposal

    Prepare customer and project review material.

  6. 06

    Handover

    Issue the right package with its history and open items.

See the handoff, not a feature checklist

One solar project. Three moments teams usually have to reconstruct.

PVspark keeps the source context, current decisions, and next action connected as work moves between roles. The screens below use synthetic project data.

  1. 01Opportunity to project

    The site and next step travel with the lead

    Sales can schedule the survey and create design options while the confirmed customer and site context stays in view.

    PVspark lead workspace with activity timeline, project stages, site context, and guided design-project actions
  2. 02Estimate to commercial case

    Load, tariff, design, and financials share one basis

    Energy, interval data, ToD terms, pricing, and ownership or RESCO assumptions remain traceable to the project being discussed.

    PVspark financial workspace with ownership economics, interval time-of-day investment case, and workbook controls
  3. 03Proposal to handover

    The package shows what is current and what is missing

    Customer, financial, simulation, and engineering outputs can be assembled against the right revision with readiness visible before issue.

    PVspark report package workspace showing required outputs, package readiness, and stored artifact review

A clearer design decision

Compare options, inspect the evidence, then adopt the change.

Comparison and preview leave the recorded geometry alone. Explicit, undoable adoption applies a layout or eligible table-height changes. Adopting a grading plane saves its study definition and preserves the original terrain and tables.

Explore rooftop alternatives

Try orientation, panel-row spacing, and capacity choices on supported roof faces. Compare approximate energy on the same basis and review any electrical reset before adoption.

Rooftop layout comparisons →

Screen ground-mount options

Review terrain sources and supported area, check separate elevation checkpoints, and reopen saved grading planes. Compare cut and fill, clearances, and bounded table-height changes.

Terrain and grading workflow →

Make the review visible

Inspect existing and proposed surfaces in 3D and export printable grading, clearance, and height reports. Compare instantaneous direct sunlight separately from annual energy estimates.

Energy and sunlight boundaries →

Terrain and sunlight results are screening evidence. Site verification, matching survey references, project tolerances, and qualified engineering review remain essential.

Everything around the design matters

11 connected capability areas, one customer and project trail.

Explore the parts of PVspark most relevant to your team, from sales and field evidence to engineering, commercial analysis, reporting, and guided assistance.

01

Sales and project workflow

Keep the opportunity connected to the project it becomes

Give sales and delivery one solar-specific record for the customer, site, next action, survey, and design work that follows.

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02

Site survey

Give the next team more than a folder of site photos

Capture site conditions, measurements, electrical context, access notes, and evidence in the project where design and delivery can use it.

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03

Solar design

Turn confirmed site context into a layout your team can review

Build rooftop and fixed-tilt ground-mount layouts, then compare rooftop alternatives before changing the recorded design.

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04

Ground-mount terrain

Compare the ground, the grading plan, and the tables together

Use recorded elevation controls to screen terrain, compare grading options, and review fixed-table clearances before adopting a change.

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05

Electrical design

Carry the array layout into coordinated electrical deliverables

Develop stringing, circuits, routes, cable and protection screens, equipment locations, and a synchronized set of reviewable outputs.

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06

Energy and validation

Explain the energy estimate with the evidence behind it

Connect shading, losses, year-long simulation, uncertainty, and measured or PVsyst comparison to the project version that produced the result.

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07

Load, tariffs, and financials

Build the commercial case around the customer’s real load and tariff

Bring interval meter data, utility-bill evidence, reviewed India tariff options, energy results, and commercial assumptions into one auditable estimate.

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08

Equipment and pricing

Keep equipment, supplier pricing, and project margins aligned

Connect a managed equipment library, approved organization price books, supplier evidence, and immutable project pricing snapshots to the BOM.

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09

Proposals and reports

Issue customer and project handover packages from the right version

Prepare proposals, analysis workbooks, engineering companions, and branded report packages without disconnecting them from their source revision.

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10

Team and workspace control

Give every role the context and access needed for its next decision

Manage members, invitations, roles, revisions, activity, support, API credentials, usage, and retention without opening the whole organization to everyone.

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11

Guided PVspark assistant

Ask for the next step without giving up control of the project

Use the active lead, project, and workspace as context for readiness checks, navigation, and selected confirmed actions.

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Built to be inspected

The file alone is not the whole answer.

PVspark keeps current project inputs, named revisions, calculation evidence, pricing snapshots, report state, and responsible team access close to the outputs they produce.

That makes the handover easier to review while keeping site verification, utility requirements, equipment instructions, applicable codes, and qualified professional judgement in charge.

How PVspark handles access and hosted data →

See PVspark in action

Bring us the handoff your team keeps rebuilding

We will show the most relevant PVspark workflow with synthetic data, answer your questions, and map the right onboarding path for your team.

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