Energy strage as OH in molecules using poly-silnane catalyst

在我们提出的未来能源体系中，水将被太阳能电池产生的能量分解成氢分子和氧分子，得到的氢分子用催化剂分解，生成质子原子。这些质子原子以OH的形式加入到分子中。这意味着太阳能被储存在分子中。我们将利用这些储存的氢和燃料电池来发电。利用聚硅钯催化剂将氢分子分解，生成的质子结合到1,4-苯醌、2-甲基-1,4-苯醌等分子中，其氧双键变为OH结构。从未来的发展方向来看，将天然产物的葡萄糖相关分子作为目标分子。虽然采用了Pt、Fe和Pd相关催化剂，但没有得到充分的结果。需要更详细的实验和讨论。

In our proposed future energy system, the water will be decomposed by the energy generated by solar cells into hydrogen and oxygen molecules, the obtained hydrogen molecules are decomposed with the catalyst and then proton atoms are generated. These proton atoms add in the molecules as OH. This means that the solar energy is stored in the molecule. We will generate the electrical power by using these stored hydrogen and fuel batteries. By using polysilan-palladium catalyst, hydrogen molecules were decomposed and the generated protons were incorporated into molecules such as 1,4-Benzoquinone, 2-Methyl-1,4-benzoquinone, and oxygen double bonds in them changed to OH structure. From the view points of future direction, the glucose related molecules of product-of-nature origin were used as target molecules. Although Pt, Fe and Pd related catalyst were adopted, the sufficient results were not obtained. The more detail experiments and discussion will be required.