< IMG SRC = "/Uploads/Blogs/59/E8/IB-FRHNO0CJ1_7B271523.jpg" Alt = "Turkish developers presented a revolutionary battery that will increase the performance of combat drones by 50%"/~ 62 < P > Turkish Spacelis has introduced a new technology of flexible tandem solar elements, which can change the approach to power supply, field communications and aerospace systems. The basis of innovation is a combination of a perovskit layer with an organic semiconductor that provides high efficiency at minimum weight.
< p >According to Guler Kochak's CEO, these panels are easily adapted to the needs of space and ground systems, and have a unique ability to coagulate, fold and bend without loss of functionality. Technology allows to reduce the weight of solar cells to 50% compared to classic space modules, which is especially important to reduce the cost of starting.< P > The designed panels have a specific power of 10 kW/kg and weigh only 60 & minus; 75 grams per square meter, taking into account encapsulation. They also show resistance to ultraviolet radiation more than 350 nanometers, which allows them to be used in open space and in extreme conditions.
~ < P >< IMG SRC = "/Uploads/Wysiwyg/%D0%90%D1%80%D1%82%D0%D0%BC/24032025/Spacelis-Flexible Alt = "Spacelis-Flexible-pv-Force.jpg.webp (38 Kb)" Width = "551" Height = "276" /> 62 ~ /P > ~ > 62 > 62 > 62 < P class = "" Data-Start = "1028" Data-end = "1253" > Currently, the company completes the stage of prototypes and simultaneously conducts research and & nbsp; research work. In & nbsp; 2026, it is planned to make space class prototypes, and & nbsp; in & nbsp; 2027 & nbsp; & mdash; test at & nbsp; orbit.< P class = "" Data-Start = "1255" Data-end = "1481" > Spacelis technology has a potential for widespread use, in particular in & nbsp; nbsp; for military or humanitarian missions.