Photovoltaic energy storage integrated container is a kind of container that integrates photovoltaic power generation and energy storage system, aiming to improve energy efficiency by efficient use of solar energy ‌.

Photovoltaic energy storage integrated container combines the advantages of efficient, high-density and standardized transportation of traditional containers, with the following significant advantages:

‌1 high efficiency ‌ : can make full use of the solar energy and convert it into electric energy, so as to improve energy efficiency and reduce energy loss ‌.

2‌. High density ‌ : in a limited space, more photovoltaic modules can be installed to increase the power generation ‌.

‌3. Standardized transportation ‌ : the design makes the transportation and storage more convenient, reduce the damage and waste in the process of transportation ‌.

‌4. Scalability ‌ : according to user needs, can be flexibly adjusted and expanded, enhance the flexibility and adaptability of the system ‌.

‌5. Environmental protection ‌ : will not produce any pollutants, friendly to the environment, is an environmentally friendly way of energy storage ‌.

In addition, the introduction of large-capacity energy storage containers is like installing a "super charging bank" to the power grid, which can store excess energy when there is sufficient light, release electricity when there is insufficient light or peak consumption, effectively calm the volatility of photovoltaic output, and enhance the stability and security of the power grid.

In terms of structure, photovoltaic energy storage integrated containers usually contain energy storage battery cabin, converter booster cabin and other facilities, which integrate energy storage batteries, converters, transformers, battery management system and other supporting Settings ‌3. These devices work together to enable the photovoltaic energy storage integrated container to achieve the storage, conversion and efficient use of electrical energy.