Earthquake and Satellite Communication

Satellite communications play an important role in earthquakes and structural dynamics as they provide real-time information on the extent of damage and the location of affected areas. This information is crucial for coordinating emergency response efforts and providing assistance to affected communities.

Thus, the location of an individual trapped under debris due to an earthquake is instantly detected and reached. Satellite communication systems play an important role in preventing loss of life. In our country, due to its geological location in an earthquake zone and global warming, forest fires, severe floods, landslides, mining disasters, etc. are experienced. Here, once again, the importance of satellite communication systems is seen. No matter how difficult the geographical situation is, it is the primary task to minimize loss of life and all difficult situations with a successful satellite communication system and good training.

Satellite technologies are the communication system type that will provide the most urgent communication with suitable internet systems that can be activated very quickly during and after an earthquake and are preferred by 60% in the world. Satellite technologies are a secure and developing technology that does not have geographical problems and provides uninterrupted communication. Communication systems are used via antennas on distant orbit satellites, and these systems are indispensable technologies, especially during disasters. In future studies, near-orbit satellites will provide this service directly to mobile phones in the most widespread way. These systems are currently in operation, but they are not widespread. It is very important for each country to accelerate and increase their work on this subject, especially during disasters.

Satellite communication is also valuable in supporting research and monitoring in structural dynamics. For example, sensors such as accelerometers can be installed on buildings and other structures to monitor their reactions to vibrations caused by earthquakes. This data can then be transmitted via satellite for analysis and modeling.

Satellites can also serve as early warning systems that help reduce the impact of earthquakes. These systems are still systems that are built by spending billions of dollars, but it has been confirmed by scientists that they can warn of earthquakes in advance.

In addition, practical deployment systems of satellite technologies are of vital importance for disaster response and recovery efforts. Satellite images can be used to assess damage to buildings and infrastructure. The most up-to-date information can be obtained by instant image tracking with all superstructure satellites.

Satellite communication has the advantage of wide coverage, is not limited by geographical conditions and is less affected by disasters. Satellites are the most effective way to provide first response communication in the event of a disaster. As a national first-class emergency response team, TUYAD-VSAT Group provides installation training for communication satellites in different orbits and different frequency bands (Ku and Ka) in order to integrate all necessary communication solutions to create a highly reliable and multifunctional satellite communication system and ensures that they are activated in times of emergency. It was established to provide communication services in times of disaster when there is no transportation, electricity and land communication. TUYAD-VSAT trainings are carried out every year without expecting profit and all individuals who receive training are given certificates. The satellite communication system includes voice, image, data, internet access, video conference and video monitoring functions to meet the demands of fully integrated command and dispatch, on-site voice and video transmission and video conference in different locations in times of disaster. Satellite communication systems have technology that knows no obstacles. When only energy is supplied, communication is provided in the easiest way with satellite system technology despite all geographical difficulties. As TUYAD, we continue our efforts to ensure that these studies can be carried out most widely throughout the country.