Photovoltaics for Space 1st Edition

Grab the future of spacecraft power with Photovoltaics for Space, 1st Edition — an authoritative, practical guide by Sheila Bailey, Aloysius Hepp, Dale Ferguson, Ryne Raffaelle, and Steven Durbin. This essential volume decodes the science and engineering behind space photovoltaics, offering clarity for engineers, mission planners, and students working on satellites, cubesats, and deep-space probes.

Explore how modern solar cells for satellites are designed, tested, and deployed to withstand radiation, thermal cycling, and the unique challenges of LEO, GEO and interplanetary environments. The book blends rigorous theory with real-world case studies, covering cell materials, array architectures, power electronics integration, and reliability strategies that global space programs rely on.

Whether you’re optimizing a mission for low-Earth orbit or planning power systems for geostationary and deep-space missions, this book delivers actionable insights: performance modeling, degradation prediction, and best practices for maximizing efficiency and longevity. Written by leading experts, it translates complex topics into usable knowledge for both seasoned professionals and emerging talent.

A must-have reference for anyone involved in spacecraft power systems, Photovoltaics for Space equips you with the tools to reduce risk, improve payload performance, and advance sustainable space operations. Order your copy today to bring cutting-edge space solar array expertise to your next mission and stay at the forefront of global photovoltaic innovation.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.