PVFARM is a cloud‑based platform that automates layout, civil, electrical, and energy analysis for utility‑scale solar farms up to 800 MW dc. Its algorithms evaluate thousands of design options in seconds, delivering real‑time performance and financial metrics to accelerate engineering cycles and improve profit predictability.
Funding
Funding not disclosed
Founders
Product
Problem
Designing utility‑scale solar farms requires extensive manual layout work, repetitive clicking, and fragmented analysis tools, leading to long engineering cycles and sub‑optimal profitability. Teams often lack a single platform that can handle large projects (up to 800 MW dc) while providing detailed customization and fast, data‑driven insights.
Solution
PVFARM is a cloud‑based solar design platform that automates layout modelling, civil, electrical, and energy analyses for large‑scale projects. Its advanced algorithms evaluate thousands of configuration options in seconds, identifying the most efficient designs and allowing engineers to focus on strategic decisions. The software offers deep customization of parameters and real‑time performance metrics, enabling precise financial modeling and risk assessment throughout the project lifecycle. By integrating all design stages into one interface, PVFARM reduces engineering time by up to 96 % and improves profit predictability through data‑driven optimization.
Target Audience
Primary users are EPC contractors, solar developers, and PV manufacturers who need fast, accurate design and optimisation for utility‑scale solar projects.
Features
- Automated layout optimisation that evaluates millions of module and tracker configurations instantly
- Real‑time performance and financial analytics, including LCOE, payback, and DC‑to‑AC ratio calculations
- Scalable processing for projects up to 800 MW dc without performance degradation
- Full‑stack customization of civil, electrical, and energy parameters to match specific site constraints
- Integrated grading and terrain analysis tools that incorporate topography and shading effects
- Cloud‑native architecture with collaborative dashboards for multi‑discipline teams