Daily English Article — July 28, 2026

Two Russian cosmonauts and a NASA astronaut successfully returned to Earth on Sunday after a 241-day mission aboard the International Space Station. Commander Sergey Kud-Sverchkov, flight engineer Sergey Mikaev, and NASA astronaut Chris Williams undocked from the station's Russian Rassvet module at 3:03 a.m. EDT. Their Soyuz MS-28/74S spacecraft slowly backed away before completing re-entry preparations over the following two and a half hours.

The Soyuz's braking rockets fired for nearly five minutes to drop the craft out of orbit, sending it on a southwest-to-northeast trajectory toward Kazakhstan. The crew module endured intense atmospheric friction before its main parachute deployed, guiding the capsule through a 10-minute descent. Rocket-assisted braking cushioned the final touchdown at 6:27 a.m. EDT near Dzhezkazgan, concluding a journey of 3,856 orbits and approximately 102 million miles since the crew launched on November 27.

Russian recovery crews rushed to the landing site to assist the returning astronauts out of the cramped capsule. As is customary after Soyuz landings, the crew was placed in recliners for initial medical evaluations, offered fresh fruit, and given satellite phones to contact family and friends. Commander Kud-Sverchkov expressed relief and gratitude, saying everything about the landing went smoothly and perfectly. The crew also received personalized Russian matryoshka dolls as traditional welcome-home gifts.

After removing their pressure suits, the three crew members were airlifted by helicopter to Karaganda, roughly 285 miles away. From there, Williams faced a lengthy flight back to NASA's Johnson Space Center in Houston aboard a NASA jet, while his Russian crewmates returned to Star City near Moscow. For Williams and Mikaev, the mission marked their first spaceflight. Kud-Sverchkov, a veteran who had previously logged 185 days on the ISS in 2020–2021, completed his second mission.

During their eight months aboard the station, the crew contributed significantly to ongoing research and maintenance operations. Williams participated in two spacewalks — one to replace a joint on the lab's robotic arm, and another to prepare for the installation of new roll-out solar panels. Kud-Sverchkov and Mikaev conducted a separate maintenance spacewalk outside the Russian segment of the station. Williams praised his crewmates warmly, describing them as intellectually curious, kind, and wonderful people to work alongside.

Power outages may seem tolerable at first, but the threat of food spoiling in a warm refrigerator quickly makes them stressful. Jackery, a leading manufacturer of portable power stations, has introduced a new product called the FridgeGuard — specifically designed to keep home refrigerators running during grid failures. Unlike standard portable power stations, the FridgeGuard features a slim rectangular design, measuring just over 2.5 inches tall, making it ideal for placement on top of a refrigerator.

The FridgeGuard packs 1,024 watt-hours of battery capacity, which Jackery claims is sufficient to power a standard refrigerator for approximately 15 hours during an outage. In testing, the reviewer connected the device to a bedroom air purifier drawing 17 watts and found it could sustain that appliance for roughly 27 hours. The unit also proved visually appealing enough to serve as part of a home workstation setup, demonstrating that functional design and aesthetic appeal are not mutually exclusive.

One standout feature of the FridgeGuard is its plug-and-play functionality. Users simply place the device on top of the fridge, plug it into a wall outlet, and connect the refrigerator to the FridgeGuard. This configuration enables automatic operation — when grid power fails, the FridgeGuard takes over within just 10 milliseconds, thanks to its built-in uninterrupted power supply (UPS). This near-instantaneous switchover ensures no gap in cooling, even when users are asleep or away from home.

Once grid power is restored, the FridgeGuard automatically recharges itself to full capacity, preparing for the next outage without any manual intervention required. The reviewer was also impressed by the unit's manageable weight of just over 23 pounds, which allowed for solo placement on top of the refrigerator. Technical specifications include a battery lifespan of 6,000 charge cycles to 70% or greater capacity and an operating discharge temperature range of -4 to 113 degrees Fahrenheit.

The Jackery FridgeGuard represents a thoughtfully engineered solution to a common household vulnerability. Its combination of compact design, substantial battery capacity, and seamless automatic switching sets it apart from conventional portable power stations. For homeowners concerned about food safety during prolonged outages, or those who simply want peace of mind, the FridgeGuard offers both practicality and visual discretion — qualities rarely found together in the portable power station market.