1 MW container energy storage power station is a large -capacity energy storage solution that can provide stable power supply and response to energy peak valleys for power grids. Its price varies from various factors, including the type of energy storage battery, the cost of container equipment, the control system, and the security protection device.

First, the type and capacity of energy storage batteries have a direct impact on prices. Common energy storage batteries include lithium ion batteries, sodium sulfur batteries, etc., and their prices vary from technical maturity, production capacity scale and market competition. Lithium ion battery is one of the most commonly used energy storage batteries. It has high energy density and long life, but relatively high costs. Sodium sulfur batteries have low cost, but require high temperature operations and complex thermal management systems.

Secondly, the cost of container equipment is also one of the factors that affect the price. Including energy storage battery packs, inverters, electronic control systems, temperature control systems, safety protection devices, etc. The size and design of the container also affect costs, because larger containers require more materials and processes.

In addition, the complexity and reliability of control systems and security protection devices will also affect prices. High -performance control systems can monitor, manage and optimize control of energy storage power stations, but their development and integrated costs are high. Safety protection devices are a key component of ensuring the safety of energy storage power stations, and their price requirements are closely related to technical requirements and standards.

In summary, the price of the 1 MW container energy storage station is a complex problem and affected by many factors. According to the choice of different battery types, container equipment, control systems, and safety protection devices, the price may change between millions and tens of millions of yuan.