Renewable energy – a driver
Huawei offers safe, reliable, and economical Green Power.
for growth in commodities
Given that the PV industry relies on key commodities such as copper, aluminium and lithium for use in micro- grid solutions, demand for associated commodities is set to rise, with Yao estimating demand for copper to increase “three times the current rate by 2030, with lithium set to grow by as much as five times current demand”. Underpinning demand for these commodities
is the push for clean energy solutions and massive growth in AI technologies.
become a strong success story demonstrating the value of our solution.” The second case is in Mongolia, where winter temperatures often fall below –40°C, creating considerable operational challenges. Running energy systems reliably under such extreme conditions required careful technical design and adaptation. After extensive discussions with the customer in 2023, Huawei successfully deployed a project with a total capacity of 54 MW of PV and 140 MWh of energy storage. Since July 2025, the system has been operating with exceptional stability, substantially improving the customer’s production performance.
for real-world deployment to support mining operations. It is now more cost-effective, more reliable, and far more efficient than before, making it a much more affordable solution overall,” says Yao. Adopting Huawei solutions in Africa Yao advises that the technology specialist has
successfully deployed several PV and ESS projects worldwide, including in Central Asia, Africa, and South America. Sharing two examples
“This project has proven to be a major success, and we are currently in discussions regarding the next phase of expansion in Mongolia.” To date, Huawei has deployed around 15 projects globally, including in Ghana, the DRC, Sierra Leone, Madagascar, and Mongolia. These successful implementations demonstrate Huawei’s strong capabilities and extensive experience in delivering reliable solutions worldwide. “We believe that microgrid solutions will become the primary power supply model for the mining industry in the future.”
of successful adoption of micro-grid solutions, he explains that the first project is in the Democratic Republic of Congo (DRC) at the CNMC copper mine, operated by China Nonferrous Metal Mining Group.
We believe that microgrid solutions will become the primary power supply model for the mining industry in the future.
“Before implementing our solution, the mine faced frequent power outages, which resulted in unstable copper production levels
Huawei’s focus on R&D The high-tech company places strong emphasis on research and development, investing heavily in this segment of business. “Last year our revenue exceeded $130 billion, and we invested nearly $20 billion in R&D. This substantial investment enables us to develop advanced chipsets and IGP technologies that we integrate into our equipment. As a result, our solutions deliver enhanced performance and reliability in challenging environments, including low temperatures, high-latitude regions, and humid conditions,” concludes Yao. n
of between 60–68%. We deployed an 18 MW photovoltaic (PV) system together with a 10 MWh ESS. Since commissioning the project in May last year, production stability has improved dramatically, reaching 98%. In addition, the solution materially reduced diesel consumption, helping the customer save approximately $1 million in fuel costs. This has
JUNE 2026 | www.modernminingmagazine.co.za MODERN MINING 21
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