Why does the price of containerized energy storage lithium iron phosphate battery system drop?

At present, the energy storage system must have two types of use: one is indoor; the other is outdoor container. Because the containerized energy storage system has the advantages of flexible combination, easy transportation, migration, convenient installation, short construction period, low operating cost, and small footprint, it has been widely used in energy storage projects, which is also a future development. trend. 1. The cost of market competition has been unprecedentedly fierce, and the economic requirements of energy storage projects will further intensify competition. The energy storage market has fewer profit models and a long cost recovery period; if only peak shaving and valley filling are considered, take Jiangsu area In other words, considering that the cost of 2 charging and 2 discharging batteries increases by 0.1 yuan/Wh, the payback period will increase by about 4 months. Under such circumstances, as a user, low price and high quality are naturally the only choice. 2. The cost of containerized lithium iron phosphate batteries has fallen, and the industry's gross profit has fallen. If you do not reduce costs and increase efficiency, you will wait to be reshuffled, and the gross profit of the entire industry chain will decline; the improvement of technology level promotes the increase of energy density and the improvement of processing efficiency of the entire industry chain. 3. Price breakdown of electrical equipment such as PCS. Compared with the price cuts of containerized energy storage lithium iron phosphate batteries, the price cuts of electrical equipment such as PCS are not so good. Of course, this is determined by the characteristics of the electrical equipment itself. Most of the internal components of a PCS are externally sourced, such as circuit breakers and contactors, which are already very mature products. This price decline is naturally not a big trend. In order to meet the needs of different markets, the pure battery cabinet energy storage system of small industrial and commercial enterprises can meet the requirements of different levels of battery capacity on the basis of the container energy storage system. With the increase in the number of photovoltaic power stations, it has become a general trend for the power grid to put forward requirements for the stability of the output of photovoltaic power stations. Relying on the safe, stable and long-cycle life lithium iron phosphate battery technology, equipped with self-developed high-efficiency PCS, integrated HVAC and other auxiliary equipment, the containerized energy storage system can be used in a variety of scenarios. Disclaimer: Some pictures and content of the articles published on this site are from the Internet. If there is any infringement, please contact to delete. Previous: How to repair and activate the lithium iron phosphate battery pack for electric vehicles?