W5 Technology: Houseboat Submarine

Over the past 4,50 years, mankind has evolved from exploring nearby seas through simple navigation techniques to deep-sea exploration and ecological conservation. Although mankind has not given up exploring the oceans over the years, its knowledge of the oceans is still very low, reaching only about 5 to 20 per cent. However, this does not mean that human development for the oceans is limited to this. Humans have also successfully explored deep-sea areas and discovered many unknown marine organisms and geological phenomena.

I think the field will develop the Houseboat Submarine in the next four to five decades. the houseboat submarine will be able to travel on the surface of the water like a traditional houseboat and dive down underwater. Not only that, but the Houseboat Submarine will also be equipped with comfortable living facilities such as bedrooms, kitchens, bathrooms, and so on. This will allow the occupants to have the experience of living in a traditional house.

However, there are still three major problems. One is the energy problem. The only way to reduce dependence on traditional energy sources and reduce the impact on the environment is to design a sustainable energy supply for the house submarine that utilizes renewable energy sources such as solar, tidal and ocean energy. This is because, at present, the overuse of conventional energy sources has caused a lot of damage to the Earth’s environment. Only a sustainable energy supply can reduce carbon emissions and environmental pollution and increase the sustainability of houseboats. The development and testing of solar, tidal and ocean energy harvesting, and conversion technologies is an essential process.

The second is the development of intelligent control systems. Intelligent control systems will allow for more efficient and automated transitions between on- and off-water housing submarines. This system will allow for a smooth dive and emergence of the submarine through sensors and automated controls. It can also automatically adjust the relevant parameters according to the surrounding environment to improve the performance and safety of the submarine. The automated and intelligent control system not only improves the performance and safety of the submarine but also reduces the possibility of human error. The development of such systems requires numerous simulations and field tests to ensure stability and reliability, as well as training to ensure that users are proficient in the use of the technology.

And the third is the need to develop a marine ecological protection technology that works with house submarines. This technology can help the occupants to understand and not damage the underwater ecosystem through underwater camera surveillance, water quality monitoring and marine ecological databases. This would help to protect the integrity of underwater ecosystems. For human beings, the protection of marine ecosystems can be said to be one of the important tasks of global environmental protection. A house submarine with marine ecosystem protection technology will provide the occupants with more opportunities to participate in marine conservation and allow more people to become part of the marine conservation community. The development and testing of underwater monitoring technology and database systems is an essential part of this, as is working with environmental organizations to increase the awareness and responsibility of the occupants to actively participate in marine ecosystem protection.

I have broadened my understanding in this field by developing innovative solutions for the house-type submarine. I came to see that technological advancements can create additional options for housing designs in the future, allowing residents to live in an entirely different environment underwater than they would in a conventional home. Particularly when it comes to environmental sustainability and the preservation of marine ecosystems, house submarines can be particularly useful. My interest in the future of environmental protection and technological advancement has been piqued by this exercise, and I hope that more innovative solutions will be realized in the future to spur humankind's progress and invention.