Vertical-axis renewable-power generator

A vertical-axis renewable-power generator comprising:

• a vertically-oriented foil;
• a fluid turbine;
• an air-brake panel;
• the vertically-oriented foil comprising a foil body, a turbine housing slot, and a panel recession;
• the air-brake panel comprising a fixed panel edge and a free panel edge;
• the foil body comprising a leading edge, a trailing edge, a low-pressure side, a high-pressure side, a proximal side, and a distal side;
• the fluid turbine comprising a plurality of curved fins;
• the leading edge and the trailing edge being positioned opposite to each other about the foil body;
• the low-pressure side and the high-pressure side being positioned opposite to each other about the foil body;
• the proximal side and the distal side being positioned opposite to each other about the foil body;
• the turbine housing slot traversing into the foil body from the low-pressure side;
• the turbine housing slot traversing through the foil body from the proximal side to the distal side;
• the turbine housing slot being positioned adjacent to the leading edge;
• the fluid turbine being rotatably mounted into the turbine housing slot;
• a rotation axis of the fluid turbine being positioned parallel to the leading edge;
• the fluid turbine traversing out of the foil body from the turbine housing slot and through the low-pressure side;
• the plurality of curved fins being radially positioned around the rotation axis of the fluid turbine;
• and
• a chord line of the low-pressure side being intersected by the plurality of curved fins;
• the fixed panel edge and the free panel edge being positioned opposite to each other across the air-brake panel;
• the panel recession traversing into the foil body;
• the panel recession being positioned adjacent to the trailing edge;
• the fixed panel edge being positioned offset from the trailing edge;
• the fixed panel edge and the free panel edge being positioned parallel to the trailing edge;
• the free panel edge being positioned in between the fixed panel edge and the trailing edge;
• the fixed panel edge being positioned within the panel recession;
• and
• the fixed panel edge being hingedly connected to the foil body.

A vertical-axis renewable-power generator comprising:

• a vertically-oriented foil;
• a fluid turbine;
• a support shaft;
• a generator;
• an air-brake panel;
• the vertically-oriented foil comprising a foil body, a turbine housing slot, and a panel recession;
• the foil body comprising a leading edge, a trailing edge, a low-pressure side, a high-pressure side, a proximal side, and a distal side;
• the generator comprising a rotor and a stator;
• the air-brake panel comprising a fixed panel edge and a free panel edge;
• the leading edge and the trailing edge being positioned opposite to each other about the foil body;
• the low-pressure side and the high-pressure side being positioned opposite to each other about the foil body;
• the proximal side and the distal side being positioned opposite to each other about the foil body;
• the turbine housing slot traversing into the foil body from the low-pressure side;
• the turbine housing slot traversing through the foil body from the proximal side to the distal side;
• the turbine housing slot being positioned adjacent to the leading edge;
• the fluid turbine being rotatably mounted into the turbine housing slot;
• a rotation axis of the fluid turbine being positioned parallel to the leading edge;
• the fluid turbine traversing out of the foil body from the turbine housing slot and through the low-pressure side;
• the support shaft being positioned parallel to the leading edge;
• the proximal side being positioned at an end of the support shaft;
• the foil body being rotatably mounted to the support shaft;
• the rotor being torsionally connected to the fluid turbine;
• the support shaft being positioned collinear to the rotation axis of the fluid turbine;
• the stator being mounted within the support shaft;
• the fixed panel edge and the free panel edge being positioned opposite to each other across the air-brake panel;
• the panel recession traversing into the foil body;
• the panel recession being positioned adjacent to the trailing edge;
• the fixed panel edge being positioned offset from the trailing edge;
• the fixed panel edge and the free panel edge being positioned parallel to the trailing edge;
• the free panel edge being positioned in between the fixed panel edge and the trailing edge;
• the fixed panel edge being positioned within the panel recession;
• and
• the fixed panel edge being hingedly connected to the foil body.