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LGMG Showcases Ultra-Fast Charging and Integrated Energy Solutions for Mining Electrification

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LGMG Showcases Ultra-Fast Charging and Integrated Energy Solutions for Mining Electrification
Business

Business

LGMG Showcases Ultra-Fast Charging and Integrated Energy Solutions for Mining Electrification

2026-10-13 09:04 Last Updated At:10:25

Live demonstration highlights technologies designed to reduce diesel dependence and maintain mine productivity

ORDOS, China, Oct. 13, 2026 /PRNewswire/ -- LGMG showcased electric mining equipment, ultra-fast charging and integrated energy management at its inaugural Global Mining Customer Service Festival in Ordos, Inner Mongolia, held Oct. 9–11. More than 500 representatives from mining companies, industry organizations, technology partners and the media attended.

At an operating mine, participants saw LGMG electric mining trucks, intelligent fleet dispatch systems, solar power generation, energy storage and ultra-fast charging infrastructure working together under actual mining conditions.

The demonstration illustrated LGMG's approach to mining electrification, extending beyond individual machines to encompass supporting energy infrastructure. Its integrated solar-storage-charging-transportation system combines renewable electricity generation, battery storage and megawatt-class charging. A centralized energy management platform coordinates power distribution, charging operations and fleet dispatching to support equipment utilization and production efficiency.

A major technology highlight was LGMG's ultra-fast charging electric mining truck, capable of charging its battery from 20% to 90% in 23 minutes under test conditions. LGMG also reported that its charging system can deliver nearly 800 kWh in 18 minutes under extreme operating conditions, with peak charging power reaching approximately 3.6 MW.

The truck incorporates a 3C fast-charging architecture, a high-density, large-capacity battery pack and a dedicated thermal-management system engineered for temperatures from -30°C to 50°C. Faster charging is designed to minimize downtime and help maintain fleet productivity.

For remote mines with limited grid capacity, combining on-site renewable generation, energy storage and high-capacity charging can reduce reliance on diesel-generated electricity. LGMG's intelligent mine management systems coordinate equipment operations, charging requirements and available power to improve energy efficiency and equipment utilization.

LGMG also introduced an upgraded global customer service initiative encompassing spare parts, maintenance, intelligent mining operations and remanufacturing. The initiative is designed to support equipment reliability and customers' transition to electrified, digitally connected fleets.

The company is expanding its electric equipment portfolio for overburden removal, coal mining and challenging terrain, while developing solutions for high-altitude sites and extreme temperatures.

Together, these technologies aim to make large-scale mining electrification more practical while reducing operating costs and emissions without compromising productivity.

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LGMG Showcases Ultra-Fast Charging and Integrated Energy Solutions for Mining Electrification

LGMG Showcases Ultra-Fast Charging and Integrated Energy Solutions for Mining Electrification

JINZHONG, China, Oct. 13, 2026 /PRNewswire/ -- A news report from China Daily:

The seventh International Ancient Capitals Forum and 2026 Global Mayors Dialogue took place in Luoyang, Henan province, from Friday to Sunday.

The events showcased Luoyang's character, industrial strength and cultural charm, with important releases on topics including the protection of archaeological sites and the creative use of cultural heritage.

Home to abundant historical relics and a growing urban population, the city has in recent years sought to protect and revitalize heritage sites while balancing preservation and utilization.

Through long-term efforts, Luoyang has transformed protected cultural relics into archaeological parks. It has adopted measures including building new urban areas away from the old town and explored tailored plans for individual sites, making progress in bringing its heritage to life.

First carved after Emperor Xiaowen of the Northern Wei Dynasty (386-534) moved the imperial capital to Luoyang, Longmen Grottoes are a world-famous UNESCO World Heritage Site and a treasure trove of stone-carving art.

To better protect and pass on this gem of Chinese culture, the Longmen Grottoes Research Institute conducts conservation and restoration work, technical research, heritage monitoring and digital preservation.

Projects tackling hazards such as water seepage, unstable rock masses and weathering are steadily advancing, gradually forming an overarching conservation framework for the grottoes.

The Sui-Tang Luoyang City site is another typical example. It served successively as the capital or secondary capital of the Sui (581-618), Tang (618-907), Five Dynasties and Ten Kingdoms (907-960) period and Northern Song Dynasty (960-1127) for more than 530 years, representing the pinnacle of ancient Chinese urban planning and architectural craftsmanship.

Around 2005, low-rise dwellings, enterprises and factories dotted the site. Residents hoped for better living conditions, enterprises sought to expand production, while the site required standardized protection and revitalization.

To balance heritage protection with improvements to residents' lives, a total of 973 households, nearly 3,300 villagers and 63 enterprises were relocated from the site between 2007 and 2024. Within its palace core zone, 62 hectares of land were freed up for heritage display.

The city also integrated urban green spaces, ecological zones and water-source reserves in planning and building a nearly 200-hectare botanical garden.

** This press release is distributed by PR Newswire through automated distribution system, for which the client assumes full responsibility. **

Luoyang charts a new path for safeguarding archaeological heritage

Luoyang charts a new path for safeguarding archaeological heritage

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