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.

What your team can do

01

Run supported server-backed year-long SSC performance simulations from documented project inputs.

02

Compare P50 and P90 scenarios where the required uncertainty basis exists.

03

Package monthly, hourly, validation, and simulation evidence for review without hiding assumptions or resolution limits.

04

Compare direct sunlight on fixed tables before and after a grading and height proposal, using the same entered sun direction and irradiance.

Included in this workflow

  • Shading and loss analysis
  • Direct-sunlight proposal screening
  • Year-long SSC simulation
  • P50/P90 and validation evidence
Important fit note

Terrain sunlight comparisons are instantaneous incident light, not electrical power or annual energy. They exclude diffuse and reflected light, horizon and uncaptured objects, and module/electrical response; site axes must match the entered sun direction. Separate SSC energy results remain estimates, and validation evidence does not establish universal accuracy.

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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