The No. 2 Project Department successfully completed the first backfeeding of the waste heat power generation unit for the Yukun Iron and Steel Power Generation Project.

1 On January 3, the Second Engineering Project Department's Yukun Steel Power Generation Project reached a major milestone. After many days of continuous hard work by all employees of the project department, the project's waste heat power generation unit successfully achieved its first backfeed of factory power.

To successfully complete the backfeeding task, the project construction team actively coordinated with relevant power grid departments, scientifically allocated and integrated resources, formulated a detailed backfeeding plan, and established a start-up acceptance team and a start-up on-site command team. They orderly arranged various tasks during the backfeeding process, taking multiple measures to ensure the smooth completion of the task.

After receiving the power supply instruction, the on-site operators strictly followed the established plan and procedures. Finally, at 4:16 PM on January 3, the backfeeding from the substation was successfully achieved for the first time. All primary and secondary electrical equipment in the station received power normally, and various equipment operated normally.

It is understood that backfeeding is a key step in opening up the power plant's power transmission channel. Before the power plant generates electricity, power is sent from an external substation to the power plant to test the working status of the installed equipment and ensure the safe and reliable transmission of power from the plant area to the outside after the power plant is put into operation. The successful completion of this backfeeding marks the official entry of the project construction into the partial trial operation and commissioning phase, laying a solid foundation for the subsequent commissioning and grid-connected power generation of the unit.

Next, the project department will work hard, 勠 to forge ahead, strictly implement various safety and technical guarantee measures during the waste heat power generation process, and strive towards the goal of putting the 15MW waste heat power generation unit into operation by the end of the year. 28MW [Second Engineering Project Department/Su Xingyi]