On August 8, local time, a sudden wildfire swept through Maui Island, Hawaii, USA. Three wildfires spread rapidly with the help of flammable materials increased by drought and driven by hurricane. They soon engulfed towns. This wildfire is the "deadliest" wildfire in the United States in nearly 105 years. As of the afternoon of August 14, local time, officials confirmed that 99 people had died in the Maui Island fire.
The search and rescue work is still ongoing, and the number of missing people is still uncertain, at least more than a thousand, and the death toll will rise sharply. Due to the destruction of the fire, the power system and network system are also paralyzed, and there is a lack of supplies such as drinking water, which puts great pressure on survivors and rescuers.
It was reported that the alarm system that should have been sounded in this disaster did not sound, only mobile phones and networks were pushed in the early stage, but the network system was interrupted after the power system was damaged.
The importance of warning and emergency systems in natural disasters is self-evident; and wildfires are widely regarded as one of the worst disasters in the natural environment.
We want to reduce the losses caused by natural disasters as much as possible. For example, we can refer to the following suggestions:
1. Detect fire points in advance
Forest and grassland fire fire points are hidden, and can only be found when they have a lot of momentum. By building thermal imaging technology, for example, a infrared thermal imaging fire prevention monitoring system, if an abnormal temperature is detected, a temperature alarm can be initiated in time, and at the same time cooperate with an independent solar power supply system, wireless 5G network, alarm system, drone, lookout cloud platform, initiate video linkage, find abnormal points, and make corresponding treatment methods as soon as possible to minimize losses.
2. Deploy self working solar power system in advance
Deploy mobile solar power systems to power the emergency systems, such as alarms, telecom stations, medical equipment, etc., to make evacuation more timely and arrange for wounded treatment properly to ensure human safety.
3. Have self working solar power lighting system
Deploy mobile solar light towers to help rescue team members search for disaster victims at night and under heavy fog and smoke; it can also provide night lighting for disaster victims' resettlement points.
4. Have self working solar power supply monitoring system
Deploy mobile solar CCTV towers to help security and management. Social security is also an issue that cannot be ignored. In the case where the previous monitoring equipment was destroyed, some temporary monitoring equipment is essential.
In short, all these deployment arrangements and equipments cannot be separated from electricity; and this electricity comes from the mobile solar trailers which can work independently and self work. They transfer solar energy into electricity and store in batteries, then power the corresponding equipments. They are easy to use and environmentally friendly. They do not need civil electricity, fuel or long wires. This makes them an efficient and sustainable choice for providing temporary electricity. In addition, they can also be easily transported and quickly installed to cooperate with corresponding equipments, making them a convenient solution for meeting mobile power needs.
Human beings are very small in front of fire, we usually have to do a good job of fire fighting and prevention; Be prepared for early warning and minimize damage in case of a disaster.