eSolar Cranks Out Alternative Energy Plant Designs in SolidWorks

New Solar Thermal Power Plant Developed in SolidWorks 3D CAD Software Goes Online Near L.A.

CONCORD, Mass - A five megawatt (MW) pilot concentrated solar power (CSP) plant designed in SolidWorks® 3D CAD software went online this week, providing electricity to 4,000 homes near Los Angeles. California-based eSolar used SolidWorks software to design heliostat mirrors that reflect and concentrate sunlight to a boiler that generates steam and powers a standard turbine to create solar energy.

Funded in part by Google, eSolar is an Idealab company that develops and constructs modular, scalable solar thermal power plants. eSolar’s methodology standardizes heliostat production to reduce costs and development time, while simplifying deployment.

“As a startup company, we want to deliver our product as fast as possible. That means proving the technology and garnering interest while you still have enough capital. SolidWorks software played a critical role in helping us refine the technology quickly so we could start shopping our scalable plant design around. The result is that we’ve gone online with our pilot, and we have other projects in the works. That’s the kind of early traction we need,” said Rick Iannello, vice president of manufacturing.

eSolar uses 20 licenses of SolidWorks software to engineer the exact mirror specifications that can withstand extreme winds yet be light enough for easy electronic adjustment. By enabling eSolar engineers to calculate precise tolerances and part fits on screen, SolidWorks has eliminated a full prototype cycle (normally four months).

Contract manufacturers work with eSolar’s SolidWorks designs to ensure manufacturability and ease of assembly, further streamlining development. eSolar also uses SolidWorks Workgroup PDM product data management software to ensure version control while different engineers work on the same design simultaneously.

eSolar relies on authorized SolidWorks reseller GoEngineer for ongoing software training, implementation, and support.

Global energy demand could double or triple by 2050, according to the World Business Council for Sustainable Development. By 2020, solar energy could easily provide energy to over a billion people globally and provide 2.3 million full-time jobs, according to EPIA and Greenpeace.