Energy usage is exactly proportional to population growth in the current environment. As a result, demand for power rises in tandem with population growth. However, daily and seasonal variations in electricity demand exist. So, we’ll talk about energy storage systems for balancing generation and demand in this article. Because of growing concerns about rising energy prices, most renewable energy sources are being combined into the power grid as distributed energy resources (DER). This increase in DER penetration raises concerns about load stability and matching and reliability and power quality. The electric grid must be able to encounter customer demand. The energy storage system (ESS) can boost efficiency and reliability while also giving the PV system more power control options.

Fuel cells are used in many applications, from personal use to energy generation stations. The fuel cell systems consist of a fuel cell stack, and its components to control air, H2 O, thermal and electrical power. The entire system is efficient at maximum and half load, scales to a variety of sizes, is eco-friendly and has potentially comparable initial costs to conventional technologies. Portable electricity, mobility, cogeneration in buildings, and distributed electricity for utilities are promising applications for fuel cells. The vital barriers to the money orientation of fuel cells are pricing and longevity. We will talk about fuel cells, the classification of fuel cells, fuel cell problems, and how artificial intelligence can help improve the performance of fuel cells.