The Luxembourg Institute of Science and Technology (LIST) has launched a nanosatellite to test a new energy harvesting system, as reported by TheDebrief. This innovative system relies on thermal variances experienced by the satellite during orbit, converting these temperature changes into usable electricity. “The satellite will harvest energy from temperature cycles induced by its orbit. We will leverage this temperature modulation to harvest energy,” explained … Continuer de lire Space’s Hot-Cold Cycle: Powering the Future of Satellites

Space-based solar power, once a sci-fi dream, is inching closer to reality. According to Fast Company, Virtus Solis, a pioneering startup, aims to launch its first commercial space-based solar power system by 2030. This ambitious project could redefine how we power our world, offering a constant, renewable energy source unaffected by weather or day-night cycles. LEGOs in orbit At the heart of Virtus Solis’ innovation … Continuer de lire 24/7 Solar: How Virtus Solis Plans to Light Up Earth from Orbit

Space is a notoriously harsh environment, bombarding materials with extreme radiation and temperature variations. Scientists are constantly searching for materials that can withstand these conditions, and a recent breakthrough might just change the game. In The Conversation, a team led by Ahmad Kirmani at the Rochester Institute of Technology explained they have discovered that metal-halide perovskites, a class of materials known for their exceptional ability … Continuer de lire The Space Solar Cells That Heal

As humanity ventures deeper into space, concerns about preserving extraterrestrial environments have come to the forefront. A recent study featured on Phys.org highlights the need to strengthen sustainability regulations in space exploration laws. Led by Dimitra Atri, the study calls for expanding planetary protection policies beyond Earth to safeguard Lunar and Martian environments, potentially paving the way for new technologies that could benefit both space … Continuer de lire Safeguarding Space: The Push for Sustainable Exploration

Scientists may have unlocked the key to sustainable, near-limitless space exploration. According to Interested Engineering, a team at the University of Surrey is developing a revolutionary concept for air-breathing electric propulsion (ABEP) spacecraft. This game-changing technology could reshape missions in ultra-low Earth orbit. Taking a Breather to Gain Thrust  Instead of carrying conventional rocket propellants, ABEP craft will « breathe » the rarefied air of the upper … Continuer de lire Space Exploration’s Breath of Fresh Air

In a bold leap for lunar exploration, Russia and China are joining forces to power the moon’s future. As reported by TechTimes, Roscosmos and China’s National Space Administration (CNSA) have embarked on the ambitious project of developing a nuclear power plant for a joint lunar base. This collaboration represents a significant stride towards establishing a sustainable human presence on the moon, relying on nuclear energy … Continuer de lire Nuclear Power on the Moon: Russia and China’s Ambitious Plan

As humanity sets its sights on establishing a permanent presence on the Moon, one of the major obstacles is how to power operations inside the permanently shadowed craters near the lunar poles. Despite harboring promising reserves of water ice and other resources, these areas remain shrouded in eternal darkness, preventing the use of solar power – the most abundant energy source available in space. Now, … Continuer de lire Bringing Sunshine to the Lunar Nightside

In an ambitious endeavor, Japan is setting its sights on sustainable energy solutions from space. By 2025, as explained by Interested Engineering, the island nation plans to test an innovative miniature space-based solar power plant designed to wirelessly transmit electricity back to Earth. This groundbreaking project, dubbed OHISAMA – Japanese for « Sun » – could pave the way for reducing global dependence on fossil fuels. Beaming … Continuer de lire One Small Zap for a Solar-Powered Planet

Japanese firms Ispace and Takasago Thermal Engineering are collaborating on a groundbreaking mission to produce hydrogen on the moon through electrolysis. As reported by Hydrogeninsight, this lunar mission, set to launch this winter, could significantly impact space travel and pave the way for sustainable human habitation in space. Hydrogen: The Lunar Game-Changer Ispace plans to use surface-level water, described as « untapped potential, » for electrolysis powered … Continuer de lire Moon, the New Gas Station? 

Interested Engineering reports that the dream of sending astronauts and cargo to Mars is getting closer to reality. NASA, in collaboration with Howe Industries, is developing a cutting-edge propulsion system called the Pulsed Plasma Rocket (PPR). This innovative technology promises to transform space exploration by significantly reducing travel time to Mars and enabling missions beyond the Red Planet. The Power of Pulsed Plasma Rocket The … Continuer de lire Blazing a Trail to Mars: Pulsed Plasma Rocket Spotlight