At present, there are two common modes for the adaptation of energy storage inverters and batteries in the industry. The first mode is the universal adaptation mode, that is, battery manufacturers provide universal energy storage batteries to adapt to energy storage inverters from different manufacturers; the second mode is the specific adaptation mode, that is, the same brand manufacturer provides customers with energy storage inverters and battery products at the same time, and uses a specific communication interface to ensure the adaptation of its own brand battery and energy storage inverter.
Improve the adaptability and reduce the risk of equipment failure
This mode can improve the matching degree of energy storage system equipment, thereby improving the control accuracy of energy storage batteries and the overall performance of energy storage systems. At the same time, it can reduce the risk of failure caused by poor adaptation of products from different manufacturers and further improve the safety of energy storage systems.
It helps to improve the overall performance of energy storage systems
This adaptation method can further improve the integrated collaborative design capabilities of energy storage system manufacturers in energy storage batteries and energy storage inverters. Energy storage system manufacturers can comprehensively evaluate the impact of various electrical components and parameters inside energy storage batteries and energy storage inverters on the overall performance of energy storage systems, and complete targeted technology upgrades and product updates and iterations to continuously promote the improvement of overall product performance.
It helps to improve system integration efficiency and maintenance convenience
This adaptation method can not only improve system integration efficiency, but also reduce the maintenance difficulty of end-user products during use and improve maintenance convenience. This matching solution can avoid the situation where unclear responsibility identification causes user after-sales difficulties when product failures occur due to the application of products from multiple manufacturers in the energy storage system.
