Modular power distribution system

1 . A power distribution system comprising:

a plurality of connectable modules, including an input module and at least a first output module;

wherein the input module comprises

a power input interface configured to receive alternating current (AC) power and direct current (DC) power from one or more external sources,

an output controller configured to generate control signals that control power delivery by the first output module, and

an output module interface having i) a power output interface that provides AC power and DC power to the first output module, and ii) a control interface that provides the control signals to the first output module for controlling the power delivery;

wherein the first output module comprises

an input module interface configured to engage the output module interface of the input module and receive the AC power and the DC power from the power output interface, and

two or more outlets, each configured to deliver either the AC power or the DC power;

wherein the input module comprises a circuitry module configured to regulate and/or condition the AC power; and

wherein the circuitry module comprises a surge protector configured to protect the first output module against voltage spikes in the received AC power.

2 . A power distribution system comprising:

a plurality of connectable modules, including an input module and at least a first output module;

wherein the input module comprises

a power input interface configured to receive alternating current (AC) power and direct current (DC) power from one or more external sources,

an output controller configured to generate control signals that control power delivery by the first output module, and

an output module interface having i) a power output interface that provides AC power and DC power to the first output module, and ii) a control interface that provides the control signals to the first output module for controlling the power delivery;

wherein the first output module comprises

an input module interface configured to engage the output module interface of the input module and receive the AC power and the DC power from the power output interface, and

two or more outlets, each configured to deliver either the AC power or the DC power;

wherein the plurality of connectable modules are arranged end to end to form a daisy chain;

wherein the input module includes a surge protector;

wherein the power input interface provides the electrical power to the surge protector;

wherein the surge protector regulates a voltage level of the electrical power and provides regulated electrical power to the power output interface; and

wherein the input module interface physically engages the power output interface and provides the regulated electrical power to the two or more outlets.

3 . The power distribution system of claim 2 , wherein the daisy chain extends linearly.

4 . The power distribution system of claim 3 , wherein the first output module comprises a power monitor configured to monitor one or more electrical characteristics of electrical power provided by the two or more outlets and to provide information based on the one or more electrical characteristics to the output controller; and

wherein the output controller generates the control signals based on the provided information.

5 . The power distribution system of claim 4 , wherein the first output module comprises one or more first structural elements and the input module comprises one or more second structural elements; and

wherein the one or more first structural elements and the one or more second structural elements are complementary and configured to align the input module and the first output module for coupling of the input module interface and the power output interface.

6 . The power distribution system of claim 2 , wherein the first output module comprises one or more first structural elements and the input module comprises one or more second structural elements; and

wherein the one or more first structural elements and the one or more second structural elements are complementary and configured to align the input module and the first output module for coupling of the input module interface and the power output interface.

7 . The power distribution system of claim 1 , wherein the two or more outlets comprises a first outlet providing AC power via an AC line and a second outlet providing DC power via a DC line, the AC line being separate from the DC line.

8 . The power distribution system of claim 1 , wherein a common ground is electrically connected throughout the plurality of connectable modules.

9 . The power distribution system of claim 1 , wherein:

the plurality of connectable modules further comprises a second output module;

the output module interface is a first output module interface and the input module interface is a first input module interface;

the first output module interface of the input module is configured to engage the first input module interface of the first output module; and

the first output module comprises a second output module interface configured to engage a second input module interface of the second output module.

10 . The power distribution system of claim 9 , wherein the output controller is configured to control power delivery from the two or more outlets of the first output module and two or more outlets of the second output module.

11 . The power distribution system of claim 10 , wherein the output controller is configured to receive instructions for power delivery control from an external controller via a control port and to send power consumption data to the external controller.

12 . The power distribution system of claim 10 , wherein:

the two or more outlets of the first output module are wired in parallel with the second output module interface; and

the two or more outlets of the second output module are wired in parallel with a third output module interface of the second output module.

13 . The power distribution system of claim 1 , wherein the one or more first structural elements and the one or more second structural elements are complementary and mate with one another to physically couple the input module and the first output module.

14 . The power distribution system of claim 13 , wherein:

the plurality of connectable modules further comprises a second output module;

the output module interface is a first output module interface and the input module interface is a first input module interface;

the first output module interface of the input module is configured to engage the first input module interface of the first output module;

the first output module comprises a second output module interface configured to engage a second input module interface of the second output module;

the second output module interface comprises one or more third structural elements and the second input module interface comprises one or more fourth structural elements; and

the one or more third structural elements and the one or more fourth structural elements are complementary and configured to align the first output module and the second output module for coupling of a power output interface of the first output module and a power input interface of the second output module.

15 . The power distribution system of claim 14 , wherein:

the power input interface of the first output module and the power output interface of the first output module are located at opposing ends of the first output module; and

the power input interface of the second output module and the power output interface of the second output module are located at opposing ends of the second output module.

16 . The power distribution system of claim 15 , wherein:

the plurality of connectable modules further comprises one or more third output modules; and

respective input module interfaces of the output modules of the plurality of connectable modules are configured to engage respective output module interfaces of the output modules or the input module.

17 . The power distribution system of claim 1 , wherein the power distribution system further comprises one or more interface adapters that each have a first side and a second side and physically couple the input module to the first side and one of the one or more output modules to the second side so as to electrically couple the output module interface of the input module to respective input module interfaces of one or more output modules of the plurality of connectable modules.

18 . The power distribution system of claim 1 , wherein the output controller generates the control signals based on one or more user interface elements of the input module.

19 . The power distribution system of claim 1 , wherein the first output module comprises a power monitor configured to monitor one or more electrical characteristics of electrical power provided by the two or more outlets.

20 . The power distribution system of claim 19 , wherein the power monitor is configured to provide information based on the one or more electrical characteristics to the output controller.