Numerical model of a zinc air flow battery**

在现代工业化社会中，由于能源的无休止消耗日益增长，因此对新型能源系统的研究和开发有着巨大的兴趣。由于能源资源的分散性，传统发电厂并不总是适合补偿能源波动。燃料电池可以是解决上述挑战的有希望的候选者，它可以有效地将燃料转化为电力，完全可再生，成本低，易于扩展和环境友好。拟议研究的具体短期目标是开发一个数值模型，以解决物理变化，如温度随时间的演变，同时考虑操作和设计参数。如果设计或销售工程师需要，预期模型还将具有添加新参数或进行更改的灵活性。

In the modern industrialized society, there is an immense interest in research and development**of novel energy systems due to endless consumption of energy that is growing day by day. Due to the strong decentralized nature of energy resources, traditional power plants are not always suitable to compensate for energy fluctuations. A fuel cell can be a promising candidate to tackle the above challenges that can efficiently convert fuels to electricity, completely renewable, low cost, easily scalable and environmentally benign. The specific short term objective of the proposed research is to develop a numerical model to address physical changes like evolution of temperature over time while considering both operating and design parameters. The expected model will also have the flexibility to add new parameters or make changes if needed by the design or sales engineers.