NOVELTY - The heat collecting apparatus includes a geothermal canal (1) with a hydrostatic system, a material transfer system, a borehole system, and a geothermal power plant. The canal, initiating in a source of water and lined with a substance for preventing water seepage into surrounding rock (6), facilitates downward flow of water to a depth of at least 10000 feet and to a length of at least 1000 feet and facilitates return flow of heated water back into the earth surface.    USE - Apparatus for collecting heat from hot rocks beneath earth surface and transferring heat to water to be converted into steam for electricity production. Can also be used in various locations, including those with low sub-surface temperatures and those with no near-surface thermal reservoirs.    ADVANTAGE - Enables to collect heat from hot rock deep beneath earth surface since canal assumes great depth of at least 10000 feet. Allows canal to be constructed to described proportions and depths, since hydrostatic system maintains internal structural integrity of canal and allows for independent control or varying of pressure in different areas of canal.    DETAILED DESCRIPTION - The heat collecting apparatus includes a geothermal canal (1) with a hydrostatic system, a material transfer system, a bore hole system, and a geothermal power plant. The canal, initiating in a source of water and lined with a substance for preventing water seepage into surrounding rock (6), facilitates downward flow of water to a depth of at least 10000 feet and to a length of at least 1000 feet and facilitates return flow of heated water back into the earth surface. The canal also includes a vertical shaft and a horizontal shaft, each at least 10 feet in diameter, and an intake grate to prevent unwanted material from entering into the canal. The hydrostatic system, maintaining the structural integrity of the canal by balancing the internal pressure of the canal with the external pressure of surrounding rock, allows for independent pressure control in different areas of the canal and also allows objects and water to pass through the canal. The hydrostatic system includes water-filled locks (7) and a series of doors (8) disposed at various locations within the canal, pumps (9) between the water source and the location where water is injected into the locks, high pressure lines (10) located along the side of the canal and connecting the pumps to the locks, and pressure gauges (11) disposed at various locations within the canal to monitor the canal internal pressure and sense changes in internal pressure. The material transfer system includes a material transfer container for moving larger material through the canal, pumps disposed on the earth surface to transfer the container through the canal by water flow, a slurry line located alongside the canal to function as a reverse flow line for moving small particulate matter, and an autonomous movement component for remote operation. The container includes a cargo compartment, high pressure tanks for material floatation, and a buoyancy regulator. The bore hole system, collecting heat from hot rock, includes horizontal bore holes, horizontal directional channels, radiators, a pump, and a high pressure line. The horizontal boreholes, each at least 4 inches in diameter and at least 1500 inches in length, are drilled into sides of the canal for every 20 foot intervals. The horizontal directional channels connect the ends of the bore holes laterally. The radiators are located between the bore holes and the inside wall of the canal. The pump is located between the water source and the location where water is injected into the bore holes. The high pressure line runs along the side of the canal to connect the pump to the bore holes. The power plant is located at the initiation of the water source to convert heated water into steam and convert steam into electricity.    DESCRIPTION OF DRAWING(S) - The drawing shows the side view of a hydrostatic system for a geothermal canal.    Geothermal canal (1)    Surrounding rock (6)    Water-filled locks (7)    Doors (8)    Pumps (9)    High pressure lines (10)    Pressure gauges (11)