The project

Electricity is produced by a traditional hydroelectric power plant, located below sea level at depths that can vary depending on the power to be installed. This technology is well established, as it has been used for over a century (see geodetic jump power plants located in the mountains).
The power is a direct function of the "jump" (H) between the water surface and the depth at which the turbine is located, as well as the number of emptying pumps connected to the same turbine that increase its flow rate (Q) and therefore its power.
The Power Plant is made up of two Systems:
1. Production system consisting of a traditional hydroelectric turbine located in a sealed chamber positioned at a certain depth (in relation to the power to be installed) which transforms, net of operating losses, the kinetic energy of the water column above into continuous work, and then by means of an alternator into Electricity.
2. Emptying system consisting of a hydraulic loading/unloading pump with opposing pistons and cylinders (the real innovation) which has the purpose of discharging into the open sea (or another basin) the water that has produced electricity from the turbine, through two forced pipes, the only connection between the two systems.
The two systems are both housed on structures anchored to the bottom.