Antimony Selenide (Sb\({}_{2}\)Se\({}_{3}\)) is an emerging chalcogenide photovoltaic absorber material, with great promise for thin-film solar applications. In this work, we show that closed-spaced sublimation can be used to produce Sb\({}_{2}\)Se\({}_{3}\) layers with large grains, and high efficiencies. We examine the material