Modular power generation apparatus and method
The present invention provides a method and apparatus for providing temporary electrical power to stationary locations and moveable locations. For example, vessel marine power systems may be directed to the reduction and elimination of air pollutants produced when using a ship's generator while at dock. The power system is modular, portable, and generates electricity over a wide range of voltages and frequencies.
1. An electrical power network, comprising:
a dock;
a motor adjacent the dock;
a generator connected to the motor;
a first governor to maintain a first electrical frequency of electrical power provided by the generator;
a second governor to maintain a second electrical frequency of electrical power provided by the generator;
a first speed controller and a second speed controller for controlling the rotational speed of the generator;
an adjustable voltage regulator to adjust a voltage of the power provided by the generator;
a power connection box connectable to the generator and connectable to an object adjacent the dock;
wherein the power is switchable in that the first and second electrical frequencies can be changed independently of changing the voltage in the absence of requiring mechanical connections or disconnections of the generator or the motor.
2. The electrical power network of claim 1 , wherein the motor and the generator are positioned within a container.
3. The electrical power network of claim 2 , wherein the first governor, the second governor, the first speed controller, the second speed controller, and the adjustable voltage regulator are positioned within the container.
4. The electrical power network of claim 1 , wherein the generator is a constant speed, variable load electrical generator.
5. The electrical power network of claim 2 , wherein the motor is a turbocharged aftercooled engine.
6. The electrical power network of claim 2 , wherein the container is trailerable.
7. The electrical power network of claim 3 , wherein the container is moveable by a crane.
8. The electrical power network of claim 2 , wherein the container is moveable by a forklift.
9. An electrical power network, comprising:
a first location;
a second location adjacent the first location
a motor at one of the first and second locations;
a generator connected to the motor;
a first governor and a second governor operatively connected to the generator to provide a selected electrical frequency from the generator;
an adjustable voltage regulator to adjust a voltage of the power provided by the generator;
a power connection box connectable to the generator and connectable to an object adjacent the dock;
wherein the power is switchable in that the first and second electrical frequencies can be changed independently of changing the voltage.
10. The electrical power network of claim 9 , wherein:
the first location includes a dock; and
the second location includes a vessel.
11. The electrical power network of claim 9 , further comprising:
a first speed controller and a second speed controller for controlling a rotational speed of the generator.
12. The electrical power network of claim 9 , further comprising a generator cable between the generator and the connection box.
13. The electrical power network of claim 9 , further comprising a container that houses at least one of the motor and the generator.
14. An electrical power network, comprising:
a vessel;
a dock adjacent the vessel;
a container having:
a motor;
a generator connected to the motor;
a plurality of governors that selectively control electrical frequencies outputted by the generator; and
an adjustable voltage regulator to adjust a voltage of the power provided by the generator;
wherein an electrical frequency may be selected for output by the generator independently of a voltage that may be selected for output by the generator; and
a power connection between the container, the vessel, and the dock.
15. The electrical power network of claim 14 , wherein the container is located on one of the vessel and the dock.
16. The electrical power network of claim 14 , further comprising a machine that transports the container about one of the dock and the vessel.
17. The electrical power network of claim 14 , wherein the power connection includes a power connection box at the dock.
18. The electrical power network of claim 14 , wherein the power connection includes a vessel electrical system at the vessel.