Energy and environment are currently the most concerned topics worldwide. With the sustained and rapid development of the economy, demand for energy is rapidly increasing, but this also brings serious environmental pollution problems. The development of energy storage technology has significant practical significance.
Renewable energy such as wind, solar, and ocean energy are affected by seasonal, meteorological, and geographical conditions, with apparent discontinuity and instability. Large-scale energy storage technology can splice the unstable renewable energy into reliable and stable energy supply. Secondly, energy storage technology is also the strong backing for the construction of smart grids. It can not only improve the compatibility of smart grids with renewable energy generation, but also achieve bi-directional energy interaction of smart grids.
Efficient energy storage system and power ess is standby power sources for high-energy consuming enterprises and important national sectors. Industries such as electrolysis, electroplating, and metallurgy, as well as transportation sectors such as electric vehicles, light rails, and subways are large electricity users. When using energy storage batteries, charging with "valley electricity" and applying them to production and operation during peak periods, the energy utilization efficiency is high, which can not only reduce the burden on the power grid, but also reduce operation costs. Another important application of efficient energy storage systems is as backup power stations for important sectors such as government, hospitals, and military command centers, ensuring stable and timely emergency power supply during emergencies.
Energy storage systems are what greatpower battery have been working on and are also essential technologies for future office buildings and households. They can help reduce peak electricity load and store low-cost valley electricity at night for power supply during daytime peak hours, greatly reducing electricity costs. When urban power outages occur, office buildings can still have electricity. This is another role of energy storage systems in office buildings, as backup power sources and emergency power sources, which can avoid various problems caused by sudden power outages, power restrictions, or power cuts.
Energy storage systems also play a role in alleviating the capacity expansion demands brought by electric vehicle charging. When electric vehicles are charging, they will further expand the electricity usage fluctuation, requiring an increase in electricity capacity. At this time, energy storage systems can use stored valley electricity to fill the capacity expansion demand, ensuring the stability and security of building electricity usage. The application of energy storage systems in households is to produce and use your own electricity and share it with neighbors. In the past, we had our own land; in the future, we will have our own electricity. From now on, we will no longer be afraid of the troubles brought by sudden power outages.
