The Energy Potential of Deuterium in Nuclear Energy

Environmental preservation via deployment of green energy is increasingly becoming an everyday occurrence. In recent years, a slew of new green energy sources have been developed. Despite the challenges that this approach originally encountered, it ultimately led in the advancement and implementation of revolutionary green energy technologies. The most significant global challenge, particularly for wind and solar power stations, is the lack of consistent and reliable green energy output. This research paper offers ways to address the unappealing element of green energy generation that occurs on an irregular basis. The fundamental concept is to build specifically constructed nuclear power stations that acts as energy storage. Nuclear power plants could, in fact, act as proper energy buffers, able to operate at a minimum capacity when green energy is consistently produced, but also to operate at gradually increased potentials when wind as well as solar energy production decreases. Two significant contributions are made to the research work: proposes the use of nuclear power plants to create an energy buffer; demonstrates the theoretic features necessary to complete the fusion reaction. The proposed methodology can be further used by researchers to enhance the capabilities of nuclear power plants to generate more energy with available resource.