The world's first "brine-water" electric vehicle: using seawater as a resource

The world's first "brine-water" electric vehicle: using seawater as a resource

Seawater covers the vast majority of the Earth's surface, making it the most abundant but most neglected resource on earth. Although the development of various resources on the seabed continued, the endless seawater has always been ignored. Now, this rich resource has begun to be valued and used by people. A few days ago, Nanoflowcell developed the world's first electric vehicle using a saltwater power system, known as “Quant e-Sportlimousine”. This electric car can accelerate from 0 to 62 mph in 28 seconds, which is truly impressive. And it has just received the EU's approval test.

In addition to other news about green traffic, there are reports that: Designer Dominic Wilcox has just announced a driverless car with a bed in the cab. In this way, even if there is a long journey or a traffic jam, you can enter your dream sweetly without any influence.

At the same time, the local automotive company at Nanoflowcell's headquarters has just established the world's first 3D-printed car printing system at the Chicago International Manufacturing Technology Expo. The 3D printing car is composed of about 40 components (its number is far lower than the thousands of traditional cars), and the printing time is about 44 hours.

Or if you have ever dreamed of experiencing the fastest speed in human history, this dream can now be realized. The U.S. Department of Defense’s Advanced Research Projects Agency has now developed an aircraft product capable of reaching a speed of 1.6 kilometers in 4 minutes. This aircraft contains an effective turbine propulsion system designed to help soldiers quickly transport equipment and devices over long distances.

At present, there are many houses that use solar panels for indoor power supply, but there are few environmentally friendly designs that use marine resources. Now, this situation has changed. Architect Margot Krasojević has just released an underwater, energy-saving, sea urchin-shaped house. The characteristics of ocean tides are used to maintain the electromagnetic power generation system, and magnets and copper coils are used to generate electricity to provide energy support for underwater houses. Now, the resulting energy can provide electricity support for about 2,600 residents in Bavarian villages.

Volta, a tech startup group based in New York City, has just installed the first EnGo public charging station that uses mobile devices and solar panels to collect energy and convert it into clean energy. Volta Group stated: "Photovoltaic panels are just an interesting DIY, mainly to demonstrate how to convert solar energy into clean energy."

In addition to solar power generation, wind power generation is the success story of the rise of clean energy technologies in recent years. However, animal enthusiasts and environmentalists worry that wind turbines may increase the chance of accidental bird death. A large-scale study supported by the American Institute of Wind and Wildlife shows that wind turbines will take away approximately 214,000 to 368,000 bird lives each year. The number of collision communications towers and cats killed by the cats was 6.8 million and 3.7 billion respectively.

The energy consumed by buildings and other buildings is unavoidable. In addition to the rational use of green building technologies to reduce energy consumption in buildings, another method is to effectively reduce the area of ​​buildings. Recently, a group of Chinese students announced a set of only 43 square meters of interior design, including bed, kitchen, bathroom and storage space.

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