Recently, the construction of the new energy equipment production line at Zhengzhou Konggang Creative Industrial Park has been completed and put into operation. The first batch of energy storage converter-booster integrated machines successfully rolled off the production line on September 30, marking that the company's new energy equipment production has entered the fast lane of large-scale production. The new production line will also contribute to the achievement of the company's new energy business goals.

In the process of promoting the project, Konggang Creative seized opportunities decisively, kept learning and innovating, and focused on the series of work for the commissioning of the new production line. During the one-week production period, various departments of Konggang Creative worked together: the Purchasing Department and Warehousing Team closely monitored material procurement and on-time delivery; the Assembly Team, Wiring Harness Team, and Copper Bar Processing Team in the production workshop worked overtime to complete product assembly; the Technical Team strictly controlled the production and assembly process of the energy storage converter-booster integrated machines to ensure compliance with all production processes; the Quality Team completed part inspection in advance, proactively tracked quality monitoring during production, and finished post-production quality inspection and testing on schedule, going all out to guarantee the project.

On the day when the energy storage converter-booster integrated machines rolled off the production line, Wang Yihu, Manager of the Konggang Switch Department, re-audited the production process, production procedures, and quality control. Manager Wang Yihu stated: "In recent years, while consolidating its advantages in the power distribution equipment product field, the company has actively explored and developed new energy business and integrated energy service business. We believe that the new production line will surely contribute to the achievement of the company's new energy business goals. Here, we also specially thank every brother who has stuck to their posts and fought on the front line." On October 10, Konggang Creative successfully completed the delivery of the first batch of energy storage converter-booster integrated machines, contributing to the early commissioning of the user's project.

Racing against time, overcoming difficulties, and actively participating in the "100-day battle", Konggang Creative is facing a succession of new and old businesses. It is sparing no effort in production, accelerating the production progress, rushing to fulfill orders, ensuring that products are delivered to users on time and with high quality, and going all out to contribute to the achievement of the annual goals.

About the energy storage converter-booster integrated machine:

The energy storage converter-booster integrated machine rolled off the production line this time is an important part of the electrochemical energy storage system. Its main function is to realize energy exchange between the storage battery and the power grid, control and manage the charging and discharging of the storage battery, and support both grid-connected and off-grid operation modes. The product can realize peak shaving and valley filling, frequency and peak regulation, active power reserve, and reactive power support for the power grid. It also supports multiple charging and discharging modes such as constant voltage, constant current, and constant power, and can be widely used in various scenarios including large-scale wind and solar power stations, rapid frequency modulation of thermal power units, grid-side independent energy storage power stations, large-scale user-side energy storage, and large-scale microgrids.

The energy storage converter-booster integrated machine developed and produced by Beijing Creative adopts a modular design and factory prefabrication, which can greatly shorten the on-site construction period. Without high-voltage frameworks and exposed live conductors, it improves operational reliability, coordinates with the surrounding environment, makes it easier to select construction sites, saves land resources, and reduces the overall project cost.