Networking monitoring method and system for space weather disaster effect

Abstract

The invention provides a networking monitoring method and system for a space weather disaster effect. The method comprises the following steps that: on the basis of a plurality of space weather monitoring networks, constructing a networking scheme; on the basis of the networking scheme, obtaining monitoring equipment matched with the networking scheme, and arranging on the corresponding space weather monitoring network; on the basis of the networking scheme, selecting a monitoring equipment arrangement position, and arranging the monitoring equipment on the arrangement position; and on the basis of the monitoring equipment on each arrangement position, collecting space weather information, and realizing the networking monitoring of the space weather disaster. By use of the networking monitoring method and system for the space weather disaster effect, a plurality of space weather disaster effects are subjected to quasi real-time networking monitoring, and the quasi real-time monitoringwhich aims at various main space weather disaster effects, including short-wave communication, satellite-ground links, low-latitude region power grid geomagnetic induction current and the like, can berealized.

Description

technical field [0001] The invention relates to the technical field of space weather disaster monitoring, in particular to a networked monitoring method and system for space weather disaster effects. Background technique [0002] Space weather refers to systematic changes in the solar-terrestrial space, the earth's middle and upper atmosphere and ionosphere, the earth's magnetic field and radiation environment caused by solar activities. Space weather disasters refer to space-based or ground-based technical systems that are degraded or scrapped due to space weather factors, and the health of astronauts and other personnel is damaged, resulting in allergic economic losses and threats to national security. Space weather disasters may occur in navigation, communication, aviation, aerospace, exploration, energy, meteorology, national defense and other industries or levels. Geomagnetically Induced Current (GIC) impacted long-distance power grids are the hardest hit. [0003] Wh...

AI Technical Summary

Problems solved by technology

However, each monitoring network operates independently, and can only monitor the local space weather index over the station, and the deployment of the stations is relatively scattered, and no monitoring system has been formed.

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