
Explore solar system design using SketchUp and PVsyst, from 3D building models to panel placement, shading analysis, and loss calculations for accurate, market-ready solar engineering.
Select a site on Google Maps, measure building length and width, note height, and assess site conditions and shading from nearby structures for SketchUp solar PV design.
Explore topography and far shading in solar design by modeling rooftops in SketchUp, importing terrain, and assessing shading effects for PVsyst.
Export a SketchUp villa as a 3D model and import it into PVsyst, set up a new site with weather data, and run a shading and topography aware simulation.
Design the warehouse solar system in SketchUp by setting location and modeling the roof, then export the 3D model for PVsyst shading analysis and design continuation.
Learn a hands-on workflow to design a solar system with PVsyst and Sketchup, selecting Jinko 570 panels, sizing with an inverter, and optimizing azimuth, angle, and strings.
Learn to model electrical shading in PVsyst and SketchUp, analyze near shading and temperature losses, and optimize module layout for maximum yield.
Use the Shade Map app to visualize building shading in three-dimensional view, adjust heights, and simulate shading across dates and times to evaluate its impact on solar PV designs.
Explore using the NASA power tool to obtain GHI and daily irradiance data for a location, compare NASA, Meteogram, and Solar GIS outputs, and validate results for PV design.
Create a final solar PV project by modeling a flat-roof warehouse in SketchUp, importing to PVsyst, configuring modules and inverter, and evaluating shading and system yield.
This focused course packs a powerful punch, equipping you with the essential SketchUp and PVsyst skills to design, analyze, and optimize solar PV systems. In a short time, you'll master 3D modeling, shading analysis, energy production prediction, and financial evaluation – everything needed to transform your solar visions into successful projects.
Who is this course for?
Established Professionals: Seeking to refine your design capabilities, integrate industry-leading software, and stay ahead in the competitive solar landscape.
Aspiring Solar Enthusiasts: Eager to launch a career in renewable energy and gain hands-on experience with essential design and analysis tools.
DIY Enthusiasts: Looking to design and potentially install their own solar system with confidence and precision.
What will you gain from this course?
SketchUp Mastery: Harness the intuitive power of SketchUp to build accurate 3D models of sites and buildings, flawlessly position solar panels on diverse roof structures, and conduct critical shading analyses. Develop the skills to generate captivating visualizations that effectively communicate your vision to clients and stakeholders.
PVsyst Proficiency: Navigate the complexities of solar system performance with PVsyst. Master the art of energy production prediction, evaluate system efficiency, and conduct thorough financial analyses to ensure both technical and economic viability. Confidently consider factors such as shading, orientation, tilt, and component selection to create optimized systems that maximize energy yield.
Seamless Integration: Forge a seamless link between design and analysis. Learn to efficiently transfer data and models between SketchUp and PVsyst, ensuring accuracy and streamlining your workflow from concept to optimization.
Professional Documentation: Elevate your communication with comprehensive and polished project documentation. Generate detailed site plans, 3D visualizations, energy yield estimates, and financial analyses that impress clients and stakeholders alike.
Efficiency and Confidence: Equip yourself with the skills to swiftly conceptualize, design, and validate solar PV systems. Save valuable time and resources while ensuring your projects are optimized for performance and profitability.