Group 1 - The mining industry is actively seeking green transformation paths under the "dual carbon" goals, with energy storage systems emerging as key tools for enhancing power reliability and reducing carbon emissions [2] - Haibo Sichuang is exploring "energy storage + X" multi-scenario integration solutions, focusing on high-energy consumption areas such as mines, oil fields, and data centers [2] - The company provides two main solutions for the mining sector: emergency power supply and promoting the value realization of energy storage in the source-grid-load-storage chain [2] Group 2 - In Shanxi Province, there is a rigid demand for emergency power supply due to the concentration of coal mines, with a policy requiring all operational coal mines to implement "dual circuit" power supply by April 2025 [2] - Traditional emergency power in mines relies on diesel generators, which have inherent drawbacks such as slow response, high fuel costs, and poor economic efficiency [2] - Energy storage systems offer millisecond-level response capabilities and can effectively ensure safety in underground operations while reducing carbon emissions and promoting renewable energy consumption [2][3] Group 3 - Haibo Sichuang's energy storage systems have four advantages: automatic switching for emergency power, flexible power regulation, cost reduction through peak shaving, and reduction of diesel generator usage [3] - The future potential application direction in the mining sector is the integrated source-grid-load-storage solution, which can effectively balance power generation and consumption stability [3] - The integrated solution can significantly reduce electricity costs in off-grid scenarios, with costs controlled below 1 yuan per kilowatt-hour [3] Group 4 - Haibo Sichuang not only provides energy storage equipment but also actively participates in project investments, offering comprehensive services from planning and design to financial cooperation [3] - The company aims to clarify the configuration scale and electricity costs of wind, solar, and energy storage during the early planning phase, providing a one-stop energy solution for mine owners [3] - Future energy storage systems will evolve towards local lightweight, cross-domain polymorphism, and system autonomy to better meet the needs of new power system development [4]
海博思创李肖：储能为矿山绿色转型提供系统解决方案