Site Specific Services for Solar
Wind and weather-related risks impact the reliability and cost of solar farms. Optimize your solar investment with a site-specific study. Read this infosheet for more details.














Wind and weather-related risks impact the reliability and cost of solar farms. Optimize your solar investment with a site-specific study. Read this infosheet for more details.
This past December, the CPP Wind Canada team came together to celebrate an exciting milestone; five years of innovation, collaboration, and success. Since launching the Canadian office in 2020 under the leadership of Dr. Jon Galsworthy, the team has grown from a bold idea into a thriving hub of wind engineering expertise that serves architects,…
Unlock Major Structural Savings with Site-Specific Wind Engineering. Too many solar projects are conservatively designed based on broad ASCE wind maps. Learn about the impact — up to 50% reduction in steel, lower lower foundation and embedment requirements, and fully ASCE 7–compliant. If you’re aiming to reduce CAPEX without compromising safety, these studies should be…
Please fill out the from below to receive a copy of the guide. Full Name(Required)Company Name(Required)CAPTCHA Δ
Please fill out the from below to receive a copy of the guide. X/TwitterThis field is for validation purposes and should be left unchanged.Full Name(Required)Company Name(Required)CAPTCHA Δ
When the first solar farms began dotting the landscape, wind was often an afterthought. But CPP saw something others didn’t: the invisible wind forces shaping the future of renewable energy. Today, as the contribution of solar power to global energy demand rapidly grows, tracker systems become more complex, and climate patterns shift, the stakes have…
Optiflow, located in Marseille France, is a leading specialty computational fluid dynamics (CFD) firm consulting with designers, engineers, and urban planners. The team at Optiflow is well-versed in projects ranging from industrial and tall buildings to arenas and urban spaces. This acquisition will expand CPP’s existing CFD capabilities and presence in the European market and give the Optiflow engineering team access to valuable wind tunnel testing resources and the opportunity to better serve customers globally together with colleagues across CPP.
Wind engineering, including wind tunnel studies, is conducted most commonly during the design phase of a project. As repurposing, adaptation, and extension of existing buildings are adopted more to meet sustainability goals, wind engineering can play a larger role during construction by demonstrating performance targets are being achieved, while safety and reliability requirements are met. Quay Quarter Tower (QQT) in Sydney, Australia, is a notable example of this and serves as a model of successful integration of structural engineering, wind engineering, and construction practices.
When it comes to the world of healthcare, the term “exhausted” is generally regarded as a bad thing. In fact, the word is frequently associated with long hours, limited supplies, and few options—none of which are particularly positive. However, when it comes to healthcare facilities, exhaustion (especially the effective dispersion of those exhausts) is actually a good thing as it relates to environmental air quality, patient health, and operational excellence.
Unfortunately, plume dispersion associated with architectural aerodynamics is often the most overlooked and/or marginalized of considerations in the design and construction of healthcare facilities…right up to the moment when there is an issue.
CPP Wind Engineering Consultants, an internationally recognized leader in wind engineering services, is excited to announce their partnership with Tuckerman Capital.
“We at CPP are thrilled to announce our new partnership with Tuckerman Capital. This strategic investment marks a significant milestone in CPP’s journey, opening doors to unparalleled growth opportunities and innovation. With Tuckerman’s additional support, we are confident that CPP will reach new heights in delivering exceptional insight and value to our customers and stakeholders,” stated Oliver Napp, CPP CEO.
For more than 40 years, CPP Wind has been providing industry-leading consulting services to architects, engineers, and developers worldwide. Take a peek inside our US boundary layer wind-tunnel laboratory.
2022 marked 15 years since we first opened the doors to our Sydney office! Take a quick peek inside to see the team’s work on a typical day.
Watch the aeroelastic instability testing of a scaled model of a solar tracking system in CPP Wind’s boundary layer wind tunnel. By partnering with CPP Wind, you will gain an understanding of wind loads and discover strategies to save money and reduce the risk of instability.
For 40 years CPP Wind has been leading the way in wind engineering. With the most technically advanced and innovative wind tunnels, we continue to lead the wind engineering industry and serve our global clients.
It can get a little breezy in CPP’s hometown of Fort Collins, Colorado. With average wind speeds approaching 40 miles per hour (18 m/s) on some days, and gusts in excess of 45 (20 m/s), walking around town isn’t always a walk in the park (even when it’s a literal walk in the park). These…
CPP’s Senior Principal John Carter explains the importance of boundary layer wind tunnels for testing wind effects on structures and presents how they differ from aeronautical wind tunnels.
CPP’s Vice President of Air Quality, John Carter discusses the fallacy of “Effective Stack Height.”
CPP Wind Senior Associate John Carter explains how laboratories can save energy and money by knowing how the wind affects the exhaust plume and adjusting exhaust fan usage accordingly.