Solar solutions for engineers and consultants | PVcase
PVcase offers a comprehensive solar design platform for engineering and consultancy firms that maximizes project throughput, reduces manual rework, integrates proprietary grid intelligence for site selection, and delivers high-fidelity 3D energy performance calculations to enhance design accuracy, protect design authority, and improve profitability.
Maximize throughput and secure design authority
Build a Precision Project Factory, maximize billable hours, and protect your firm's reputation with guaranteed design fidelity.
Stop trading rework for profit
Your firm’s success depends on project throughput and technical expertise. Manual rework eats up billable hours, slows client growth, and increases risk with designs that may not pass constructibility review.
Key challenges for engineering and consultancy firms
Authority risk
Non-constructible outputs or insufficient documentation undermine client confidence and expose the firm to professional liability when designs require expensive, last-minute field modifications.
Tool fragmentation
Engineers lose hours toggling between disconnected tools; manual data transfer and reconciliation errors drain billable utilization and stall progress.
The rework trap
Engineers spend 60–70% of their time on tedious CAD adjustments and data translation instead of high-value technical analysis, limiting the firm's capacity to get new clients.
Throughput ceiling
Inability to scale project volume without proportionally increasing headcount creates a linear cost structure that caps revenue growth and reduces profitability.
The PVcase solution
Platform
Go beyond simple proximity mapping. Instantly access proprietary grid intelligence and cost estimates to filter thousands of parcels down to the few with low-risk POIs.
Prospect
Go beyond simple proximity mapping. Instantly access proprietary grid intelligence and cost estimates to filter thousands of parcels down to the few with low-risk POIs.
Ground Mount
Go beyond simple proximity mapping. Instantly access proprietary grid intelligence and cost estimates to filter thousands of parcels down to the few with low-risk POIs.
Yield
Calculate energy performance based on the final, engineered 3D geometry, not simplified estimates. This fidelity provides the highest P90 confidence required for favorable debt terms and due diligence.
Roof Mount
Tackle the most challenging geometries of C&I rooftops with automated obstruction handling and precise component placement, ensuring every square inch of a project is optimized for performance and constructibility.
Why choose PVcase?
Automate tedious work — free engineers for complex problem-solving
Free your engineers from CAD repetition. With automated table placement, terrain optimization, stringing, and MV layouts, your team can focus technical expertise on site-specific challenges and client value-add, not manual iteration.
Deliver bankable yield assessments that withstand investor scrutiny
Produce finance-grade performance estimates based on true 3D geometry and comprehensive loss modeling, ensuring your technical reports meet international bankability standards and protect your firm's reputation.
Centralize project data — eliminate collaboration friction
Centralize every design iteration and technical output with robust version control. Ensures perfect coordination with all stakeholders, eliminating data silos and driving project advancement without delays.
Protect liability with guaranteed civil outputs
Generate financial-grade cut-and-fill reports based on true 3D topography optimization. This level of accuracy guarantees constructibility, protecting your firm from costly terrain design errors and liability.
Master complex rooftop geometry with automated precision
Eliminate the manual struggle of C&I design. Automatically detect obstructions and optimize layouts across multiple roof planes and pitches, ensuring maximum capacity and structural integrity for even the most irregular rooftop projects.
Client experience
“From an engineering perspective, PVcase is the gold standard... the system is incredibly versatile and allows for a high level of flexibility, while increasing productivity through targeted automation of layouts.”
— Joshua B., Mid-Market firm
“PVcase makes site design fast, accurate, and efficient. It saves hours of work, integrates smoothly with AutoCAD and handles complex terrain layouts with ease. Cut/fill analysis and 3D pile design reduces project uncertainties early on in the design process.”
— Garrett M., Senior Application Engineer at a Mid-Market firm
“PVcase Ground Mount has helped our company in terms of time efficiency and global standard in all the engineering teams.”
— Sergio de la Torre, Strategic Transactions Engineering Lead, Sonnedix
Ready to experience the new way of working?
Turn complexity into clarity and confidently move your solar project forward with PVcase solutions.
Related
CAD Solar System Design Software
CAD solar system design software transforms traditional drafting into a precise, efficient engineering workflow that enhances 3D visualization, cost optimization, accuracy, speed, and risk mitigation, enabling developers and engineers to create smarter, high-ROI photovoltaic projects through automated layouts, real-world data integration, and streamlined collaboration from site analysis to final documentation.
Produktübersicht
Die Produktübersicht stellt PVcase-Lösungen vor, die durch automatisierte Standortanalyse, AutoCAD-basierte Entwurfssoftware für Groß- und Aufdachanlagen sowie präzise Energiemodellierung die Planung von Solarprojekten um bis zu 35 % beschleunigen, die Standortanalyse auf unter 2 Minuten reduzieren und die Layout-Erstellung verdoppeln, um komplexe Solarprojekte effizient und erfolgreich umzusetzen.
How New Leaf Energy cut dev time by 50% with PVcase for AutoCAD
New Leaf Energy, a leading US renewable energy developer, cut solar project development time by 50% and improved efficiency by using the PVcase platform for AutoCAD, which streamlined site selection, design, and yield optimization processes that were previously hindered by manual tools, fragmented workflows, and poor team coordination.
The role of automated solar design software in solar project development
Automated solar design software significantly accelerates the traditionally labor-intensive and error-prone solar project development process by reducing design timelines from hours or days to minutes, enhancing precision, minimizing human error, and ultimately improving efficiency and profitability in the solar industry.
Why the ‘rework trap’ is a risk to utility-scale solar projects' internal rate of revenue in 2026
The article explains that in 2026, utility-scale solar projects face significant risks to their internal rate of revenue due to "soft costs"—which now make up 60% of CAPEX—and fragmented workflows that cause data loss and rework, emphasizing that overcoming these inefficiencies through solar-specific tools and integrated processes is critical to maintaining project profitability and bankability amid razor-thin margins.
Soluciones para proyectos fotovoltaicos
PVcase ofrece soluciones integradas para proyectos fotovoltaicos que agilizan la selección de emplazamientos, optimizan diseños en suelo y cubiertas mediante AutoCAD, y simulan el rendimiento energético con alta precisión, logrando una reducción del 31% en plazos de diseño, análisis de viabilidad en menos de 5 minutos y el doble de propuestas diarias.