Make Solar Energy Economics

NAE is the abbreviation for the organization of the national academy of engineering (Solangi 2). Nowadays, this group aims to solve the problem of the implement of the energy conversion technologies. Since many years ago, the whole world begins to look for ways to find out new resources. These kinds of resources are natural and no pollutant to nature. As we all know, not only in American but also in China, people from the whole world join efforts to find a solution.

The challenge that the organization faces is of great importance for the energy development in the future. The new theory has adopted by the designers. The importance of this program is to alter some methods to suit the current needs. The problem raised in this article is that it is possible to realize the aim of redox chemistry of oxygen. It is a subject that arouses the public interest. However, the success rate on this matter is slight. And we need to find new ideas on this issue. The new program could attract more talents at the same time. More and more talents they want to make a contribution to the energy field (11). They wish to look for new ways to solve the problem of energy deficiency. In the modern world, the energy is being used in a large amount. In order to realize the aim of sustainable development, it is necessary to find a right solution. And this is a chance to do that.

The grand challenge of NAE is to adjust new ways to realize the aim of putting the energy conversion technologies into effect. And one of the most important action is to transform the energy existed in the photons. It is a complex process for the organization because of the current technologies and devices. In order to solve this problem, researchers conduct detailed procedures. But at the same time, the cost should be lower than ever before. Besides that, the cost invested in this matter is not enough for them to complete the whole task. In the process of increasing the efficiency of the solar cell materials, it encounters problems. Due to the low efficiency and less ability to the device performance, the program implemented in an efficient way. Although the potential for the PV for the solar energy exists, there is still a long time work. Due to the deficiency of large electrical storage on earth, it demands solar power systems in space. And one of the methods to solve this problem is to adopt electrolysis (14). This increases the dissolving abilities. It can separate the water particles into small parts. And this can also improve the working efficiency of this procedure. When it comes to the little growth in the cell efficiency, the researchers figure out a new manufacture process. However, there still exists a problem. That is whether the solar-forming system is an independent portion or the fully artificial system. This still needs heat discussion. In order to realize cost-effective and increase the working efficiency, it is of great importance to treat them as challenges. These challenges should be solved one by one. After all, our aim is to recognize that by joining all these challenges, we can advance our speed to solve this problem.

All in all, what I want to emphasize is that it is of great importance to notice the challenges that we are encountering. If we wish to solve these problems, we need to join our efforts to figure out the best solution. Although the process of realizing this aim is tough, the efforts are necessary and worth paying attention to.