DESIGN STUDIO / 01

A clearer view of
your energy system.

Shape a solar layout. Test your assumptions. Compare two approaches before the engineering conversation.

Preliminary planning
Manual inputs. Transparent calculations.
Nothing is sent from this planner.

For nonconfidential planning only. Do not enter government-sensitive, export-controlled or confidential information. This public tool is not a private project workspace. Country is a label only; it does not select weather, codes or tariffs.

01 Project context Scenario name Country / market optional Installation type

Ground mount uses the same rectangular geometry and energy formula. Terrain, trackers and row shading are not modeled.

02 Site & module geometry

Site width m

Site length m

Edge setback m

Panel spacing m

Usable panel area limit m²

An additional ceiling on total panel area. The rectangular layout also applies setbacks and spacing. Obstacles are not drawn.

Module power configuration

Generic power choices, not a confirmed SKU, datasheet or supply commitment. Set dimensions from the proposed module's current datasheet.

Module area m²

Module width m

Default 2 m² area and 1.1 m width are editable assumptions. Length = area ÷ width.

Panel orientation Requested panel count

The fitted count is limited by the requested count, rectangular fit and usable panel area.

03 Energy assumptions Total AC inverter capacity kW

Peak sun hours h/day

Aggregate losses %

Enter your own annual-average resource and loss assumptions. Defaults are examples, not location-specific measurements. AC capacity informs the ratio only; inverter clipping is not simulated.

04 Storage illustration optional

Usable battery kWh

Constant load kW

Usable battery energy ÷ constant load. Excludes conversion losses, charging, startup power, changing loads and reserve requirements. Not an outage-resilience simulation.

YOUR SYSTEM / MANUAL LAYOUT

Rooftop starting point

PRELIMINARY

Solar modulesSetback boundaryManual geometry · no site imagery

Installed DC capacity——

Indicative annual energy—From your resource & loss inputs

DC / AC ratio—Clipping not modeled

Illustrative battery duration—Add usable storage & a constant load

THE CALCULATION

—

DC kW × peak sun hours/day × 365 × (1 − loss fraction). This is a simplified annual estimate, not PVWatts, SAM, a measured forecast or an engineering design.

TWO APPROACHES. ONE VIEW.

Compare your scenarios.

Solar design scenario comparison
Design measure	Scenario A	Scenario B

KEEP YOUR WORK

Take the next step.

Save on this device, export your assumptions or prepare a nonconfidential inquiry. Nothing is uploaded by this studio.

Prepare a nonconfidential inquiry

Opening the inquiry page carries only a generic topic. This studio does not send your design or contact details.

Ready for review, not construction.

A qualified project team must verify site measurements, module dimensions, shading, weather data, structural loading, electrical configuration, local clearances, equipment compatibility, grid connection and applicable permits. Financial returns and tariffs are not modeled here.

Planning mission power? Explore the specialist pathway ↗

A clearer view ofyour energy system.

Rooftop starting point

Compare your scenarios.

Take the next step.

Ready for review, not construction.

A clearer view of
your energy system.