English Translation (The Efficiency Analysis)​The Thermodynamics of the Mercury Dynamo Feedback Loop​The “Wild Solar Pipe” achieves autonomy through a Thermal Feedback Loop. Despite the high efficiency of the 6-lens array and the non-linear crystals, approximately 10% of the input solar energy (~80W) is converted into waste heat within the tube’s structure.​1. Thermal Capture: The surrounding Mercury (Hg) Reservoir acts as a primary coolant, absorbing this heat. As the mercury undergoes rapid volumetric expansion (\beta \approx 1.8 \times 10^{-4} / K), it creates intense hydraulic pressure.​2. Mechanical Conversion: This pressure drives the Vertical and Horizontal Rotors integrated into the mechanical arm’s joints. These rotors act as low-speed, high-torque turbines connected to a dynamo.​3. Electrical Output: By capturing roughly 20% of the waste heat, the system generates a continuous 16-20 Watts of DC power. This energy is directed to the Gimbal Control Motors, ensuring the assembly maintains its perfect 90-degree orientation to the sun autonomously.​Expert Note: This transforms the device from a passive lens into an Active Energy Organism. The system uses its own inefficiencies to power its survival and tracking mechanisms