Smart Remote Liquid Supply System Solution Display Platform: 1.Remote High-Flow Integrated Liquid Supply System: By constructing the overall framework of an ultra-long-distance intelligent liquid supply system for multi-panel working faces and applying a multivariable-based electro-hydraulic control model, the system solves the problems of pressure imbalance and insufficient liquid supply during simultaneous production of working faces with different height differences. It performs peak shaving and valley filling based on system pressure fluctuations, achieving vibration suppression of return liquid pipelines and control of return liquid back pressure. The remote centralized liquid supply mode centrally prepares, stores, filters, and pressurizes the emulsion required by each working face in the mine in a fixed underground chamber, and then remotely, accurately, and on-demand delivers it to each liquid consumption point through a pipeline network. Transforming from a single-function system to a system-integrated one, it strongly supports the realization of coal mine safety, high efficiency, intelligence, and green mining goals. 2. Intelligent control strategy: By constructing a matching response mechanism model between the fluid supply system and the hydraulic support system, a high-precision digital twin system is established to achieve advanced recognition and prediction of fluid demand. With variable frequency regulation and electromagnetic unloading as the core control methods, the fluid supply process is dynamically optimized to ensure that the hydraulic support system receives continuous, stable, and timely fluid supply support. This strategy effectively breaks through the limitations of traditional experience-based control modes, significantly suppresses fluid supply fluctuations, and while achieving a substantial reduction in energy consumption, it comprehensively enhances the overall energy efficiency of the system. 3.Coal Mine Fracturing Solution: The innovative variable frequency pressure regulation technology overcomes challenges related to fluctuating flow and pressure demands across different fracturing stages, enabling real-time precise control throughout the entire process. Additionally, the low-vibration and low-noise design improves the underground working environment, while remote automated logic control effectively reduces the number of personnel required underground, enhancing safety. The electric-driven fracturing skid, characterized by its integrated skid-mounted design, intelligent control, and high energy efficiency, operates solely on electric power, achieving zero emissions at the source. Its modular skid-mounted design offers high modularity and rapid deployment capabilities, significantly shortening the preparation period for on-site mining operations. This solution provides a "surgical-grade" approach for enhancing permeability in low-permeability coal seams and managing complex geological conditions such as rock burst prevention. It facilitates intelligent upgrades in coal seam permeability enhancement, gas control, and rock burst prevention.