One complete pricing solution for utility-scale solar design

From terrain to construction-ready layout, PVcase Ground Mount is built to support real engineering workflows, eliminating manual steps and accelerating delivery at every stage.

PVcase Ground Mount is where utility-scale solar projects take shape

Everything engineering teams need to design, optimize, and deliver projects:

Generate terrain-aware layouts that adapt automatically to real site conditions
Optimize capacity, placement, and system configuration without starting over
Identify and resolve design issues early with built-in analysis (slope, collisions, piling, shading)
Deliver construction-ready outputs, including SLDs and Bills of Materials, directly from your design
Integrate mechanical, electrical, and performance considerations from day one

Ground mount	Key Features / Capabilities	Professional
Mechanical Design	Create frames and optimize their geometry to maximize land use while meeting design constraints.	Included
	Customize layout placement rules - setbacks, spacing, offsets, orientation - to match project requirements.	Included
	Configure overall site/park parameters and terrain morphology settings to ensure the layout follows topography and constraints.	Included
	Quickly generate one or multiple PV areas across different polygons/zones within the same project.	Included
	Assess piling requirements based on terrain conditions and frame geometry to support early constructability decisions.	Included
	Iterate the layout to reach a target capacity by adjusting density and configuration in a controlled way.	Included
Civil Design	Analyze terrain slopes to identify buildable areas and avoid zones that may create design or construction risk.	Included
	Detect clashes between layout elements to reduce conflicts before detailed engineering.	Included
	Model grading needs and use heatmaps to quickly visualize cut/fill intensity across the site.	Included
	Define front views and cross-sections to review profiles, heights, terrain following, and constructability.	Included
Electrical Design	Configure module stringing efficiently to maintain electrical consistency and improve design traceability.	Included
	Build an automatic early-stage electrical concept for initial routing, block planning, and high-level configuration.	Included
	Develop a more detailed electrical design with refined routing, segmentation, and engineering-ready outputs.	Included
	Define key electrical components and parameters to standardize design assumptions and documentation.	Included
	Export Single Line Diagrams (SLDs).	Included
	Apply color rules to visualize electrical groupings, substations, or design constraints for faster reviews.	Included
	Calculate cable cross-section size based on preferred voltage drop and minimum cable size selection	Included
	Plan and organize 2D and 3D cabling with structured routes and assumptions to support takeoffs and coordination.	Included
Other	Evaluate shading impact and distribution to identify potential losses and optimize performance.	Included
	Incorporate battery energy storage (BESS) using AC- or DC-coupled architectures for hybrid and/or standalone PV designs.	Included
	Generate a quick energy/yield estimate to compare layout options and support early-stage decisions.	Included
	Group frames based on defined logic to simplify management and maintain consistent design rules.	Included
	Compile key layout data and metrics for review, reporting, and change tracking.	Included
	Export Bills of Materials (BOMs) for engineering documentation and procurement.	Included
	Export the layout to PVcase Yield and PVsyst workflows for detailed energy simulation and validation.	Included