The solution enables accurate data acquisition, matching, and analysis across the iron-steel interface, reducing fluctuations in hot metal temperature and weight during charging. It improves the calculation accuracy of intelligent steelmaking models, supporting cost reduction and efficiency improvement in converter operations.

Meanwhile, it provides steel plants with accurate and transparent data for iron-steel interface management, reducing management complexity and coordination costs.

The solution enables intelligent tracking of hot metal ladles and precise control of hot metal logistics, reducing the number of online ladles by 1–2 units and lowering gas consumption for ladle heating as well as refractory costs per ton of steel.

By achieving coordinated balancing between ironmaking and steelmaking processes, the solution reduces hot metal accumulation and abnormal conditions such as empty ladle waiting. It lowers hot metal temperature loss by 5–10°C, generating converter process benefits equivalent to a cost reduction of RMB 2–4 per ton of steel.

The solution enables precise control of hot metal tapping weight and temperature loss, reducing iron return and residual hot metal rates while minimizing smoke emissions, dust generation, and heat loss. It improves environmental performance and supports greener steel production.

The solution enables just-in-time control of iron-steel production processes, supporting the realization of synchronized and efficient steelmaking operations. It improves overall production rhythm, increases production capacity, and reduces energy and resource losses.