Earthquake assisted solar power plant

Abstract

This earthquake disaster support solar power plant is constructed by arranging a large number of L-shaped molded perovskite solar photovoltaic cells in a frame shape along an earthquake disaster rubble dumping scheduled land boundary line.SOLUTION: In the earthquake disaster support photovoltaic power station, a plurality of L-shaped formed perovskite solar photovoltaic cells are arranged in a frame shape on the peripheral part inside the boundary line of the planned disposal site of the earthquake debris, and the side of the vertical plane perovskite solar photovoltaic cell is arranged on the side of the boundary line of the planned disposal site of the earthquake debris.SELECTED DRAWING: Figure 2

Description

[Technical Field]

[0001] Perovskite solar cells can be made into thin plates. It allows for the enclosure of an area. It allows for the creation of a treatment facility. [Background technology]

[0002] The number of births in Japan is roughly halved every 20 years, even if one woman gives birth to one child. Demand for most things is also roughly halved every 20 years. The rest becomes garbage and is thrown away. It will be difficult to prioritize one technology (such as nuclear power generation) and solve many problems at once, including waste. DISCLOSURE OF THE INVENTION [Problem to be solved by the invention]

[0003] The theory of spherical plate tectonics alone is insufficient for understanding the Japanese archipelago; it seems that something like a spherical shell theory of plate tectonics is necessary. The plates appear to be subducting and overhanging each other. In the past, this was managed by the authority of one great teacher. After letting off steam by having major newspapers represent public opposition to government policies, the situation was settled under the authority of one great leader. With the advancement of the Internet, major newspapers no longer represent the general public. 100 million people have their own opinions, resulting in 100 million opinions. Or, gangs of millions of people could form. Okubo Toshimichi and Saigo Takamori of the Meiji era also feared gangs. Okubo personally deified Emperor Meiji and used the name of this deified emperor, relying on his absolute authority to impose his own opinions on others and successfully escape difficult situations. However, Yamagata Aritomo did not explicitly state his supreme command authority. This authority was misinterpreted and exaggerated by politicians and military bureaucrats, and continued until August 1945. Emperor Showa apparently feared that loosening the supreme command authority would spark civil war. Even the aggressive French President de Gaulle, when on the verge of political defeat, cried out to the masses, "Help me!" As factions have become blurred, the "don" political representative can no longer be a political representative. Momotaro used millet dumplings to make the monkey, pheasant, and dog his minions. He then achieved the great feat of defeating the demon. The electric power union posts flyers free of charge, and the electric power company pays workers for the time they spend posting flyers. Subscription fees for newspapers published by special political parties are distributed to related lawmakers. During the US presidential election, around 100 billion yen is donated. If the president becomes president, he will appoint foreign ambassadors to the largest donors. In Japan, too, politicians solicit donations and engage in political activities. They donate to their political parties as political activity expenses and obtain positions in the party (in some cases, even a minister). Fujiyama Aiichiro became a well wall builder. Suzuki Yoshiyuki apparently used funds from promoting nuclear power plants to develop fishing ports. The people began to counter the authority selected by the political party with a different authority. One person has absolute authority, but two people have relative authority, and the conflict became unresolved. It will be difficult to settle the technological dispute by trying to shift it to economic superiority. The number of births in Japan will roughly halve every 20 years, even if one woman gives birth to one child. Demand for most things will roughly halve every 20 years. The surplus will become garbage and be thrown away. Securing disposal sites will become a problem. It will be difficult to prioritize one technology and solve many problems in one fell swoop. Taking the energy sector as an example, it seems unlikely that we can solve the problem with conventional large-scale light water reactors alone. It is difficult to gather the opinions of many different individuals in many different regions. If we cannot dispose of waste, we will not be able to operate nuclear reactors. Government attempts to resolve these issues will only waste time, and ultimately the government will have no choice but to stay out of private disputes. [Means for solving the problem]

[0004] Method 1 is a solar power plant to support earthquake disaster relief efforts. The solar power plant was established using unused funds from various public institutions. It consists of a number of L-shaped perovskite solar cells (10) arranged in a frame shape around the periphery of the boundary line (100) of the planned earthquake debris dump site. The L-shaped perovskite solar cell (10) is formed by molding a rectangular thin plate of perovskite semiconductor into an L-shape. The L-shaped perovskite solar cell (10) is formed by a bottom-face perovskite solar cell (15) and a vertical-face perovskite solar cell (16) forming an L shape, The bottom perovskite solar cell (15) has a drainage hole (11) at the bottom and a weight (12) at the bottom. The vertical perovskite solar cell (16) is placed on the boundary line (100) of the planned earthquake debris dump site. This solar power plant is characterized in that the electric wires (210) connected to the electric power company's electric light lines (200) are made of aluminum, which is inexpensive and less susceptible to theft.

[0005] The L-shaped perovskite solar cell (10) is L-shaped to reduce light reflected off neighboring houses. Light reflected at the bottom of the L is reflected back inside by the vertically shaped perovskite solar cell (16).

[0006] There is a surplus of land across the country that is larger than the Kyushu region. The government has proposed taking over the land for a fee of around 200,000 yen, but if all applications are filed at once, the process will be difficult and the land will become a negative asset. Negative assets are real estate that cannot be sold, and simply owning it will result in negative assets. Therefore, the government has asked a private company to take over the land, but the promotion has been lacking. Many bureaucrats are transferred to positions such as presidents of public interest corporations. This makes it easy for money to go unused. By limiting the number of bureaucrats who are transferred to public interest corporations and limiting their livelihood to around 10 years, it seems possible to use the surplus money for this invention. Funds are money that independent administrative agencies, public interest corporations, local governments, etc. use for specific purposes, using subsidies and other funds granted by the national government (without a Diet resolution). Examples include the Marubeni Fund and the Toyota City Fund. The Toyota City Fund includes the Trunk Road Construction Fund, which contributes to the construction of urban planning roads and other trunk roads. A local fund will be established to support the construction of a solar power plant in the wake of the earthquake disaster. The generated electricity is sold to electric power companies. We will provide all possible support to surrounding residents to relocate to urban areas. They continue to build while other companies hesitate to build. If a real earthquake were to occur, the L-shaped molded perovskite solar cell (10) would be moved onto the rubble. [Effects of the Invention]

[0007] The construction fundraising will continue until the number of local government employees is reduced by half. At that time, no new employees will be hired, and a natural attrition will be allowed. All current employees will be given positions. Chief of the Hand Disability Welfare Measures Division, Chief of the Foot Disability Welfare Measures Division, etc. All employees will be able to work across departments. In line with an era of material surplus, a place to dump garbage was secured. The garbage problem will not be resolved amicably anytime soon due to the various interests, emotions, and thoughts of various people. We will not cause any inconvenience to the surrounding residents until an earthquake occurs at our doorstep. BEST MODE FOR CARRYING OUT THE INVENTION

[0008] In addition to providing electricity, a planned dumping site for earthquake debris was secured. Example 1

[0009] Example 1 is a solar power plant for earthquake disaster relief. FIG. 1 is a schematic diagram of an L-shaped perovskite solar cell (10). The L-shaped perovskite solar cell (10) is made by forming a rectangular thin plate of perovskite semiconductor into an L shape. The L-shaped perovskite solar cell (10) is formed by an L-shape consisting of a bottom-faced perovskite solar cell (15) and a vertical-faced perovskite solar cell (16). The two cells may be fixed together. The bottom surface perovskite solar cell (15) has a drainage hole (11) at the bottom and also has a weight (12) at the bottom. Rainwater is discharged through the drainage hole (11). The weight (12) prevents the L-shaped perovskite solar cell (10) from moving too much due to wind. Figure 2 is an overview of the earthquake disaster relief solar power plant. The earthquake disaster relief solar power plant consists of a number of L-shaped perovskite solar cells (10) arranged in a frame around the periphery of the boundary line (100) of the planned earthquake debris dump site. A public road (320) is connected to the boundary line (100) of the planned earthquake debris dump site. The center of the boundary line (100) of the planned earthquake debris dumping site is an empty lot. In the event of an actual earthquake in the future, earthquake debris (300) will be dumped there. In preparation for this, an incinerator (310) has been installed. Garbage will be incinerated as appropriate, even if no earthquake occurs. The connecting wire (210) to the electric power company's electric light line (200) is made of aluminum, which is cheap and less susceptible to theft. [Industrial Applicability]

[0010] In local elections, candidates of all parties call for "revitalizing the local area" and "attracting people and businesses from other regions." They will pull against each other and will be torn apart. Even if they rely on the power of politicians, there is no political leader, so political parties have no power. A declining population makes it impossible to take over from other regions. In the end, each region will compete to lower taxes to attract people and businesses. The only thing the government can do is hand out money from the fund, as it cannot afford it. The only solution would be to offer dowries to elderly people in Tokyo and those seeking clean air, and distribute them to municipalities that want to accept them. Those municipalities could use the dowries to build the power plant of this invention and develop welfare and infrastructure. In 20 years, there will likely be a shortage of elderly people, so this project will also come to an end. Since it is not a large facility, it can be left alone. If each electric power company were to be made into a holding company and each subsidiary were allowed the freedom to choose bankruptcy, which is a benefit of capitalism, each electric power company would survive and become a core industry in Japan. In the past, the birth rate did not decline even when the value of individual members of the public declined. Immediately after Japan's defeat, the birth rate increased due to the increase in the number of young soldiers returning home. Before the war, despite poverty, the number of people promoted did not decline significantly. The increase in the number of Imperial soldiers in response to the economic stranglehold of the United States, which began with the egos of dissolute soldiers and the egos of the American business community, ensured low-wage jobs. Nowadays, the decline in the number of people promoted may be halted by increasing the number of soldiers doing rewarding work for young people (disaster relief, logistics, infrastructure development) rather than soldiers who kill each other. The government is encouraging individuals to invest in the new NISA (financial). It seems the government is predicting that the value of individual investments will continue to fall. [Brief explanation of the drawings]

[0011] [Figure 1] Figure 1 shows an overview of an L-shaped perovskite solar cell (10). [Figure 2] Figure 2 shows an overview of the earthquake relief solar power plant. [Explanation of symbols]

[0012] 10 is an L-shaped molded perovskite solar cell 11 is a drain hole 12 is a weight 15 is a bottom-face perovskite solar cell 16 is a vertical-faceted perovskite solar cell 100 is the boundary line of the planned dumping site for earthquake debris. 200 is the electric power company's electric line 210 is the connecting wire 300 is earthquake debris 310 is an incinerator 320 is a public road

Claims

[Claim 1] A number of L-shaped perovskite solar cells (10) are arranged in a frame around the periphery of the boundary line (100) of the planned earthquake debris dump site. The L-shaped perovskite solar cell (10) is formed by molding a rectangular thin plate of perovskite semiconductor into an L-shape. The L-shaped perovskite solar cell (10) is formed by a bottom-face perovskite solar cell (15) and a vertical-face perovskite solar cell (16) forming an L-shape, The bottom perovskite solar cell (15) has a drainage hole (11) at the bottom and a weight (12) at the bottom. The vertical perovskite solar cell (16) is placed on the boundary line (100) of the planned earthquake debris dump site. The solar power plant for earthquake relief is characterized in that the connecting wire (210) to the electric power company's electric lighting line (200) is made of aluminum.

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