Abstract: A wind turbine power generation for generating electricity from a fluid may include a compression module housing to compress the fluid, a turbine module housing to convert the compressed fluid into electricity, and a lower pressure reduction module housing and a upper pressure reduction module housing to exhaust the fluid from the turbine module housing. The turbine module housing may include a turbine airflow control to control the amount of fluid flowing through the turbine module housing. The turbine airflow control may include a variable diameter shutter to open and close to control the amount of fluid.

Abstract: A wind turbine power generation for generating electricity from a fluid may include a compression module housing to compress the fluid, a turbine module housing to convert the compressed fluid into electricity, and a lower pressure reduction module housing and a upper pressure reduction module housing to exhaust the fluid from the turbine module housing. The turbine module housing may include a turbine airflow control to control the amount of fluid flowing through the turbine module housing. The turbine airflow control may include a variable diameter shutter to open and close to control the amount of fluid.

Abstract: A power generator may include a housing to house the power generator, an inlet chamber to import fluid, a compression chamber to compress the fluid from the inlet chamber, a turbine chamber including a vertical turbine to generate power from the compressed fluid, and an outlet chamber to output the exhaust fluid. The inlet chambers may include a rotatable baffle to open and close the inlet chamber. The outlet chamber may cooperate with the opening and closing of the baffles, and the outlet chamber may includes an output port at the direction of the outlet port is opposed to the open baffles.