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The BepiColombo Mission To Mercury is Shedding Energy

May 17, 2024
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The BepiColombo Mission To Mercury is Shedding Energy
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BepiColombo is a joint ESA/JAXA mission to Mercury. It was launched in 2018 on a fancy trajectory to the Photo voltaic System’s innermost planet. The ESA reviews that the spacecraft’s thrusters have misplaced some energy.

BepiColombo’s mission is to finish a complete investigation of Mercury’s magnetosphere, magnetic discipline, and inner and exterior construction. However travelling round within the internal Photo voltaic System is difficult, and the BepiColombo spacecraft will use extra vitality attending to Mercury than it takes to get to Pluto. The spacecraft will carry out 9 planetary flybys earlier than reaching its vacation spot on the finish of 2025. BepiColombo has already carried out one gravity help at Earth, two at Venus, and 5 at Mercury. It’ll carry out another at Mercury in January 2025.

The Mercury Switch Module (MTM) is the a part of the spacecraft that delivers a pair of orbiters to Mercury. On April twenty sixth, because the spacecraft was about to execute its subsequent maneuver, the MTM didn’t ship sufficient electrical energy to its thrusters. A group engaged on it restored the thrust again to 90% on Might seventh. However the MTM nonetheless isn’t ship sufficient electrical energy to get again to 100% thrust.

Regardless of the ability issues, the spacecraft is on observe to finish its ultimate Mercury flyby. A group is working to take care of the present energy stage and to grasp how the diminished thrust will have an effect on future maneuvers. They’re additionally engaged on restoring full energy to the thrusters. To facilitate this, the mission’s flight management group on the European House Operations Centre in Darmstadt, Germany, has organized further ground station passes.

BepiColombo employs a solar-electric propulsion system. Two 15-meter-long photo voltaic cells collect vitality and ship it to 4 ion thrusters that use xenon propellant. The thrusters are mounted on gimbals, making them aimable.

This schematic shows the components of BepiColombo's solar-electric propulsion system minus the solar arrays. There are four T6 gridded ion thrusters mounted on gimbals, three tanks of xenon gas holding 1,400 kg of xenon gas, a high-pressure regulator, four flow control units and two power processing units. The system also includes several metres of high-voltage harness and piping required to connect this complex system together. Image Credit: ESA
This schematic exhibits the elements of BepiColombo’s solar-electric propulsion system minus the photo voltaic arrays. There are 4 T6 gridded ion thrusters mounted on gimbals, three tanks of xenon fuel holding 1,400 kg of xenon fuel, a high-pressure regulator, 4 movement management models and two energy processing models. The system additionally contains a number of metres of high-voltage harness and piping required to attach this complicated system collectively. Picture Credit score: ESA

BepiColombo consists of three separate spacecraft. The Mercury Transfer Module is form of like a tugboat delivering two separate orbiters to Mercury. One of many orbiters is the Mercury Planetary Orbiter and it carries 11 scientific devices, together with cameras, a number of spectrometers, a magnetometer, and others. The opposite one is the Mercury Magnetospheric Orbiter, largely constructed by JAXA. It carries 5 teams of devices, together with one group that may examine the plasma and impartial particles from the planet, its magnetosphere, and the photo voltaic wind.

This straightforward schematic exhibits the three separate spacecraft that mix to make the BepiColombo mission. Picture Credit score: ESA

The ESA says that they’ll share extra data because it turns into obtainable.

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