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Donald Yanzick
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Has anyone considered using a hydrogen lifted and powered airship to generate and transmit high voltage DC electrical power ?
Link?Donald Yanzick said:Recently obtained a patent on a shape-changing dirigible
Yeah, the OP's name is unique enough. I didn't find anything in US patents either. I didn't search other countries though...jedishrfu said:I searched but couldn't find a link. Perhaps its still in the process of being patented.
I did find this from a couple years ago, though...berkeman said:Yeah, the OP's name is unique enough. I didn't find anything in US patents either. I didn't search other countries though...
Donald Yanzick said:Recently obtained a patent on a shape-changing dirigible and am looking to use this craft for that purpose, and many other applications if the hydrogen safe usage testing comes back with positive results. Could use any and all help in hydrogen powered vehicle design and usage Please ?
https://en.wikipedia.org/wiki/Weeksville_Dirigible_Hangar said:At the beginning of World War II, Naval Air Station Lakehurst, established in 1921, was the only active lighter-than-air (LTA) naval air station operated by the US Navy.[1] In 1940, the US Navy proposed to the US Congress the development of a lighter-than-air station program for anti-submarine patrols of the coast and harbors. This program proposed, in addition to the expansion at Lakehurst and the reestablishment of NAS Moffett Field as a naval LTA station, the construction of new stations in the Boston, Cape May, Cape Hatteras, southern Florida, southern Georgia, Louisiana, Los Angeles, San Francisco, Puget Sound, and Hitchcock near Galveston TX areas. The original contract included a steel hangar, 960 feet (290 m) long, 328 feet (100 m) wide and 190 feet (58 m) high, helium storage and service, barracks for 228 men, a power plant, landing mat, and a mobile mooring mast.[1] In June 1941, shortly before Congress completed action on the Navy's proposed LTA program, work began at NAS Lakehurst on a project which included the construction of two airship hangars
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As finally developed in 1943, LTA facilities (with wooden hangars built) in addition to NAS Lakehurst (2) and NAS Moffett Field (2), included NAS South Weymouth (1), NAS Weeksville(1), NAS Glynco (2), NAS Richmond (3), NAS Houma (1), NAS Hitchcock (1), NAS Santa Ana (2) and NAS Tillamook (2). In the initial program, accommodations were provided for six airships at each station. This was later increased to twelve at seven of the stations and to eighteen at NAS Richmond as a result of an increase in the authorized strength to 200 airships
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The US Navy started the construction of the Weeksville LTA air station on August 6, 1941, which lasted until 1942.[1][2][3] It is the only remaining steel airship hangar built during World War II and is based on the Goodyear Airdock in Akron Oh designed by Karl Arnstein.[citation needed] Due to steel rations, an additional hangar was built out of wood, which would in following decades become known as the world's largest wooden structure [4][5]before its destruction by fire in 1995.
A shape-changing dirigible uses a combination of solar panels, wind turbines, and batteries to generate electricity. The solar panels and wind turbines collect energy from the sun and wind, respectively, and convert it into electricity. The batteries store the excess energy for later use. The dirigible's shape-changing capabilities allow it to adjust its position and orientation to optimize energy collection from the sun and wind.
A shape-changing dirigible has several advantages over traditional methods of electricity generation and transmission. Firstly, it is a renewable and sustainable source of energy, as it relies on natural resources such as the sun and wind. Secondly, it is highly versatile and can be deployed in remote or difficult-to-reach areas, making it a viable option for off-grid communities. Additionally, the dirigible's shape-changing abilities allow it to adapt to changing weather conditions, ensuring a consistent supply of electricity.
The shape-changing technology on a dirigible involves the use of flexible and lightweight materials, such as carbon fiber and inflatable chambers. These materials allow the dirigible to change its shape and size, depending on the external conditions and energy needs. The dirigible is also equipped with sensors and control systems that enable it to adjust its shape autonomously.
The exact capacity of a shape-changing dirigible to generate and transmit electricity depends on its size, location, and weather conditions. However, studies have shown that a fleet of dirigibles could potentially generate and transmit enough electricity to power a small city. As technology advances and the efficiency of renewable energy sources improves, the capacity of a shape-changing dirigible to power a city will likely increase.
Aside from electricity generation and transmission, shape-changing dirigibles have the potential for various applications in the future. They could be used for aerial surveillance and monitoring, disaster relief efforts, and even transportation of goods and people. With advancements in technology, the possibilities for shape-changing dirigibles are endless and could revolutionize the way we think about renewable energy and transportation.