Digital bankability: Bankable yield modelling in your Python workflows

Join us for an insightful technical webinar on bringing bankable yield modelling into Python‑based engineering workflows. Discover how API‑first physical modelling enables more transparent, scalable, and IE‑ready yield assessments for complex solar projects.

The bar for bankable yield assessment is rising as modelling capabilities improve, operational underperformance data accumulates, and Independent Engineers (IEs) are able to interrogate yield assumptions more closely. At the same time, the projects being financed — agrivoltaics, novel trackers, complex terrain — have outrun what legacy desktop tools were designed to model. This webinar explores what it means to bring bankable yield modelling directly into modern, Python-based engineering workflows.

As these changes occur, industry leaders are using bankable models that can connect to scripted, automated workflows connected to internal data pipelines. Using bankable power models in your own notebooks and modelling workflows adds trust to your site planning and design processes and reduces the risks that IEs, significantly discount your own yield assessment. 

Join DNV solar energy modelling experts for a technical webinar exploring what it means to bring bankable yield modelling into your own engineering environment, using DNV’s fully scalable SolarFarmer 3D modelling API.

You'll learn:

• How 3D physical modelling improves bankable yield assessment for complex projects — including examples where DNV has resolved limitations of standard desktop tools and supported financing discussions
• How an API-first architecture enables engineering teams to run bankable physical models directly in Python — scripting optimizations batch sensitivity analyses, and design-space exploration within existing workflows, without needing to finalize every input before each run
• What a Python SDK changes for onboarding and adoption — from install to first calculation in a single session, starting from example notebooks rather than raw API documentation
• How SolarFarmer puts this into practice — a bankable 3D physical model accessible via API and Python SDK, designed to run within your engineering workflows rather than replacing them

 Questions? Email our team