An Integrated Neutrosophic AHP and TOPSIS Methods for Assessment Renewable Energy Barriers for Sustainable Development

Atassi, Reem; Yang, Kun

doi:10.54216/ijns.180201

Cited by 8 publications

(9 citation statements)

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“…It can be seen that when the buck/boost topology circuit is used alone for voltage regulation, as the horizontal axis voltage rises, the conversion efficiency decreases almost linearly. The secondary voltage regulating circuit added with the charge pump will slow down the decline of the conversion efficiency of the circuit at the mode switch by changing the mode of the charge pump voltage regulation [25].…”

Section: Experiments and Results Of Renewable New Energy Materialsmentioning

confidence: 99%

[Retracted] Relationship between Urban Landscape Design and Ecological Environment Protection in the Application of Environmental Protection and Renewable New Energy Materials

Cao

et al. 2022

Journal of Nanomaterials

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With the economic growth in recent years, urban construction has also developed rapidly. In developing countries, the pursuit of rapid development has also brought about huge energy consumption, energy shortage, and environmental pollution. It is urgent to find and develop renewable energy. In order to understand the role of renewable energy materials in urban landscape design and ecological environment protection, replace nonrenewable materials with renewable energy materials, and reduce urban pollution, we analyze the available energy for buildings in urban areas and optimize the allocation of various available resources. Energy, improve energy efficiency, so as to save energy, protect the environment, and coordinate the development of energy, economy, and environment. Renewable energy is also known as alternative energy, sustainable energy, or nontraditional energy. It is energy that can be obtained from nature and can be replenished naturally. Experimental results prove that the energy required for traditional material consumption is much higher than the consumption of renewable energy, and its range is more than 50%. Renewable energy can replace the role of nonrenewable energy. This article hopes to stimulate more relevant architects to think about this subject through the research and analysis of renewable energy.

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Section: Experiments and Results Of Renewable New Energy Materialsmentioning

confidence: 99%

[Retracted] Relationship between Urban Landscape Design and Ecological Environment Protection in the Application of Environmental Protection and Renewable New Energy Materials

Cao

et al. 2022

Journal of Nanomaterials

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“…Creatures in the Earth's ecological cycle predate human beings' possible existence. Our uncontrolled and excessive consumption of the Earth's resources has caused irreparable damage to the space environment in which they live [ 16 , 17 ]. It is not fair to them.…”

Section: Methods Of Green Innovation and Enterprise Sustainable Devel...mentioning

confidence: 99%

[Retracted] Green Innovation and Enterprise Sustainable Development Performance Based on the SBM‐DEA Model

Han

Jing

et al. 2022

Journal of Environmental and Public Health

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Since the introduction of a low-carbon economy, corporate performance is no longer limited to the evaluation of internal economic benefits but has become the performance of corporate sustainable development, adding environmental and social factors. Now, the whole world is paying attention to low consumption and low emission. As the main economic pillar of society, the enterprise undertakes the biggest low-carbon task. In order to develop the economy in the longer term and meet the needs of society, enterprises must combine green innovation to evaluate the performance of sustainable development. However, because the previous model’s analysis of performance will produce distortion effects, the data error is also relatively large. Therefore, in order to solve these problems and make performance analysis more realistic, this paper deeply discusses the issue of green innovation and enterprise sustainable development performance. Using the method of the SBM-DEA model, it analyzes the performance comparison of enterprises without and with the expected output and conducts a comparison experiment. The result shows that in 2017, the efficiency of company A without unexpected output was 0.6943. The efficiency with undesired output is 0.6643. In 2018, the efficiency of the enterprise without undesired output is 1, and the efficiency with undesired output is 1. After applying the model, it is obvious that the efficiency of computing performance has been greatly improved. Therefore, in order to better study the sustainable development performance of enterprises, the SBM-DEA model should be focused on.

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“…By using the data transmission scheme of single-chip microcomputer and GPRS wireless data transmission technology, the hardware connection and software programming of data transparent transmission between serial port and GPRS module are realized. Generally speaking, domestic experts and scholars focus more on the research of the environmental monitoring system of the Internet of Things and cloud computing and propose the establishment of the overall framework of the environmental monitoring system based on the Internet of Things and cloud computing technology [ 20 , 21 ]. At the same time of gradually strengthening and improving environmental monitoring abroad, China has also completed two stages of important work in environmental protection, from scratch, from low efficiency to high efficiency, from intermittent monitoring to continuous automation, and then to establish its simple automatic monitoring environment network center system [ 22 ].…”

Section: Introductionmentioning

confidence: 99%

[Retracted] Sustainable Development Research of Green Smart Park in High‐End Manufacturing Based on Internet of Things

Deng

2022

Journal of Environmental and Public Health

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During the transition from industrial production to intelligent, there are still a large number of manufacturing industries in the traditional production mode. The problems of slow information transmission, difficult integrated production management, and complicated process parameter control have led to disconnect decision-making from actual production. In addition, the current manufacturing industry is more of a traditional management method, and the upgrade and iteration speed are slow, and it is not combined with the technology of the Internet of Things. Therefore, the purpose of this article is to use the Internet of Things monitoring technology to explore the improvement of high-end manufacturing and analyze the problems and solutions in the process of consistency of ecological environment and economic effects. This article will use the research methods of specific problems and specific analysis to compare the data and draw conclusions. This article will discuss the technical mechanism of the Internet of Things monitoring and introduce the collection and data of production status data of each station equipment in the production workshop during the production process: improving the current production model, learning foreign experience at the same time, quickly carrying out load curve and data center data accumulation on the service capabilities of the park, verifying multiple operating models, and simultaneously exploring new management models. Based on comparative advantage analysis, the study draws similarities and differences in the development of high-end manufacturing industries at home and abroad, learns advanced experience, proposes improved methods and paths, combines new environmental protection paths, and finally proposes energy operation in the park. Build a green and intelligent park to provide a theoretical reference for sustainable development. The research results show that computer monitoring technology and methods have effectively improved the production environment of high-end manufacturing, combined with the development status of the existing ecological and intelligent composite production system; the infrastructure construction of industrial parks in the new era, IT support, services, manpower resources, and industries has developed rapidly.

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An Integrated Neutrosophic AHP and TOPSIS Methods for Assessment Renewable Energy Barriers for Sustainable Development

Cited by 8 publications

References 0 publications

[Retracted] Relationship between Urban Landscape Design and Ecological Environment Protection in the Application of Environmental Protection and Renewable New Energy Materials

[Retracted] Relationship between Urban Landscape Design and Ecological Environment Protection in the Application of Environmental Protection and Renewable New Energy Materials

[Retracted] Green Innovation and Enterprise Sustainable Development Performance Based on the SBM‐DEA Model

[Retracted] Sustainable Development Research of Green Smart Park in High‐End Manufacturing Based on Internet of Things

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