Abstract

This work proposed the application of system engineering methods to identify organizations vital for society, seeking development and well-being. System engineering requires the identification of blocks (or systems), identification of their service functions, identification of states, identification of required quality and identification of constraints. Analyzing modern societies, vital functions were identified and countries behavior was modeled, identifying their states. In this context, nuclear power was found to be fundamental for development and defense because of its inherent advantages for military naval purposes at war. Another striking conclusion is that nuclear power is the best solution for country energy security, more than to avoid climate changes, but to help the nation to resist climate changes. A solution to mitigate the high overnight costs of nuclear power was also proposed. It was demonstrated qualitatively that the adoption of dual purpose mobile nuclear power plants military performances, economic development and risks management.

Highlights

  • Many works give emphasis on the need of nuclear power to reduce climate change and environmental impacts [1] [2]

  • Another striking conclusion is that nuclear power is the best solution for country energy security, more than to avoid climate changes, but to help the nation to resist climate changes

  • The rationale is that nuclear power emits much less greenhouse gases per energy unit than fossil fuels and causes less environmental damage than many renewable power sources

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Summary

Introduction

Many works give emphasis on the need of nuclear power to reduce climate change and environmental impacts [1] [2]. The rationale is that nuclear power emits much less greenhouse gases per energy unit than fossil fuels and causes less environmental damage than many renewable power sources. Nuclear power provides stable generation, unlike many renewable power sources (solar, wind). As a matter of fact, [3] makes a comprehensive survey about estimates of carbon emissions of nuclear power. It is concluded that nuclear cycle greenhouse

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