Large-Scale Deployment of Hydrogen Energy Engineering Equipment at the Jinshan Mine Supports the Green and Low-Carbon Transformation of Daye Mines

Published: Mar 18, 2026 13:51

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Recently, two hydrogen-powered excavators, two hydrogen-powered loaders, and four hydrogen-powered wide-body mining trucks were officially put into operation in the Jinshan mining area, marking the implementation of the integrated “production, storage, refueling, transportation, and use” layout of Daye’s hydrogen energy industry in the application segment. This achieved the large-scale use of hydrogen-powered heavy engineering equipment in mining areas across China and injected new momentum into the green, low-carbon transformation of mines.

As core equipment developed by Taiyuan Heavy Machinery, the TZ350EH hydrogen-powered excavator and TZ958EH hydrogen-powered loader worked in coordination with hydrogen-powered wide-body mining trucks, covering the entire process of mining, loading, and transportation. The equipment emitted only pure water, thoroughly improving the operating environment of traditional mining areas.

This batch of hydrogen-powered equipment was deeply optimized for the complex working conditions of mines, with prominent core advantages: the hydrogen-powered excavator featured zero emissions and low noise, and could operate at full load after just five minutes of hydrogen refueling; the hydrogen-powered loader integrated hydrogen power with heavy-load performance and, equipped with proprietary technology, reduced consumption and improved efficiency; the hydrogen-powered wide-body mining truck offered fast energy replenishment, a high energy recovery rate, and excellent low-temperature starting performance, laying a solid foundation for green transportation.

This large-scale deployment enabled hydrogen-powered equipment to undergo practical verification in real mining scenarios. It not only opened up a new path for the clean replacement of mining equipment, but also stabilized market demand for upstream hydrogen production, storage, and transportation, promoted coordinated development across the upstream and downstream segments of the hydrogen energy industry chain, and provided a replicable and scalable practical model for transforming traditional mining areas into green and intelligent mines.

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