Building integrated wind energy power enhancer system

An omnidirectional building integrated wind energy power enhancer system comprising:

• a) a concealed power generating turbine comprising air blades that rotate about an axis,
• b) a first building integrated inflow chamber comprising:
• a plurality of openings configured about a perimeter the building to receive a first chamber airflow from the prevailing wind omnidirectionally;
• wherein at least a portion of the first chamber airflow is directed into said power generating turbine as a first phase airflow;
• c) a first separation panel extending between the first inflow chamber and the power generating turbine;
• d) a first flow tube coupled with the first building integrated inflow chamber and configured to direct said first phase airflow from the first building integrated inflow chamber into the wind power generating turbine
• wherein the omnidirectional wind energy power enhancer system is configured to utilize air flow from said first building integrated inflow chamber to create power and whereby said omnidirectional building integrated wind energy power enhancer system creates useful power from the prevailing wind;
• e) a dynamic air scoop configured to rotate to block a first inflow chamber air flow from passing through the building and to direct said first inflow chamber air flow to the turbine.

An omnidirectional building integrated wind energy power enhancer system comprising:

• a) a concealed power generating turbine comprising air blades that rotate about an axis,
• b) a first building integrated inflow chamber comprising:
• a plurality of openings configured about a perimeter the building to receive a first chamber airflow from the prevailing wind omnidirectionally;
• wherein at least a portion of the first chamber airflow is directed into said power generating turbine as a first phase airflow;
• c) a first separation panel extending between the first inflow chamber and the power generating turbine;
• d) a first flow tube coupled with the first building integrated inflow chamber and configured to direct said first phase airflow from the first building integrated inflow chamber into the wind power generating turbine;
• wherein said first building integrated inflow chamber is configured between a first and a second floor of the building and extends across a floor between said first and second floors or wherein said first building integrated inflow chamber extends in a space between said first and second floors when the first and second floors are adjacent floors;
• the plurality of openings are configured about a perimeter of the building and between the first and second floors;
• and
• wherein the omnidirectional wind energy power enhancer system is configured to utilize air flow from said first building integrated inflow chamber to create power and whereby said omnidirectional building integrated wind energy power enhancer system creates useful power from the prevailing wind.

An omnidirectional building integrated wind energy power enhancer system comprising:

• a) a concealed power generating turbine comprising air blades that rotate about an axis,
• b) a first building integrated inflow chamber comprising:
• a plurality of openings configured about a perimeter the building to receive a first chamber airflow from the prevailing wind omnidirectionally;
• wherein at least a portion of the first chamber airflow is directed into said power generating turbine as a first phase airflow;
• c) a first separation panel extending between the first inflow chamber and the power generating turbine;
• d) a first flow tube coupled with the first building integrated inflow chamber and configured to direct said first phase airflow from the first building integrated inflow chamber into the wind power generating turbine;
• an axial flow propeller type wind turbine configured in said first flow tube that receives a first phase airflow from the first building integrated inflow chamber;
• a conduit that is coupled with said flow tube downstream of said first stage axial flow propeller type wind turbine,
• wherein said conduit delivers a portion of a building's waste air and heat from a heating/ventilation/air-conditioning system back into said flow tube between said first stage axial flow propeller and a reverse flow fan type wind turbine;
• and
• wherein the omnidirectional wind energy power enhancer system is configured to utilize air flow from said first building integrated inflow chamber to create power and whereby said omnidirectional building intergrated wind energy power enhancer system creates useful power from the prevailing wind.

An omnidirectional building integrated wind energy power enhancer comprising:

• a) a concealed power generating turbine comprising blades that rotate about an axis,
• b) a first building integrated inflow chamber comprising:
• a plurality of openings configured about a perimeter the building to receive a first chamber airflow from the prevailing wind omnidirectionally;
• wherein the inflow chamber comprises:
• air deflectors configured to deflect a portion of the first chamber airflow into the power generating turbine as a first phase air flow, and a portion of the first chamber airflow into the air blades directly as a second phase air flow;
• wherein at least a portion of the first chamber airflow is directed into said power generating turbine as a first phase airflow;
• c) a first separation panel extending between the first inflow chamber and the power generating turbine;
• d) a first flow tube coupled with the first building integrated inflow chamber and configured to direct said first phase airflow from the first building integrated inflow chamber into the wind power generating turbine;
• wherein said omnidirectional building integrated wind energy power enhancer is a cross-flow type omnidirectional building integrated wind energy power enhancer system having a single building integrated inflow chamber that is the first building integrated inflow chamber that extends across a single level of the building;
• wherein said plurality of openings are configured about a perimeter of said single level of the building to receive a first chamber airflow from the prevailing wind omnidirectionally;
• and
• wherein the power generating turbine is configured within said first chamber building integrated inflow chamber;
• wherein said first chamber airflow enters the single building integrated inflow chamber from a first side of the building and exits from a second side and opposing side of the building;
• wherein the omnidirectional building integrated wind energy power enhancer system is a multi-phased wind power generating system;
• and
• wherein the omnidirectional wind energy power enhancer system is configured to utilize air flow from said first building integrated inflow chamber to create power and whereby said omnidirectional building integrated wind energy power enhancer system creates useful power from the prevailing wind.