LOAD LEVELING POWER STORAGE SYSTEM FOR ELECTRIC HYDRAULIC FRACTURING

1 . A fracturing system, comprising:

a generator having a specific set point;

a power storage system comprising a chargeable power storage device;

a microgrid comprising:

a first circuit breaker, wherein the generator provides power to the microgrid via the first circuit breaker; and

a second circuit breaker, wherein the power storage system is electrically coupled to the second circuit breaker to controllably supply power to or receive power from the microgrid via the second circuit breaker, wherein the first and second circuit breakers are connected to a common bus for load sharing; and

one or more fracturing system components configured to receive power from the microgrid,

wherein the power storage system charges when the first and second circuit breakers are both closed, and the power storage system stops charging when the one or more fracturing system component requires power, and the power storage system discharges power to the microgrid when a load requirement of the one or more fracturing system components is above the set point.

2 . The fracturing system of claim 1 , wherein the chargeable power storage device is a solid state battery, a flow battery, a flywheel, or a capacitor.

3 . The fracturing system of claim 1 , wherein the power storage device powers the one or more fracturing system component during conditions in which the generator is down.

4 . The fracturing system of claim 1 , wherein the generator charges the power storage device when the first and second circuit breakers are both closed.

5 . The fracturing system of claim 1 , wherein the power storage device disconnects from receiving power from the generator when the one or more fracturing system components draw power.

6 . The fracturing system of claim 1 , wherein the power storage device provides power to auxiliary devices and starters for one or more generators.

7 . The fracturing system of claim 1 , further comprising:

one or more additional power storage systems coupled to the microgrid.

8 . A fracturing system, comprising:

a generator set at a specific set point;

a power storage system comprising a chargeable power storage device, wherein the power storage system receives power from the generator;

a microgrid configured to receive power from the power storage system;

one or more fracturing system components configured to receive power from the microgrid;

an incoming breaker coupled between the generator and the chargeable power storage device; and

an outgoing breaker between the chargeable power storage device and the microgrid,

wherein during conditions in which the one or more fracturing system components require a load below the set point, the power storage system is charged by the generator; and

wherein during conditions in which the one or more fracturing system components require a load above the set point, the one or more fracturing system components are powered by both the generator and the power storage system.

9 . The fracturing system of claim 8 , wherein the chargeable power storage device is a solid state battery, a flow battery, a flywheel, or a capacitor.

10 . The fracturing system of claim 8 , wherein the power storage device powers the one or more fracturing system component during conditions in which the generator is down.

11 . The fracturing system of claim 8 , wherein the generator and the power storage system are electrically coupled in series.

12 . The fracturing system of claim 8 , wherein the power storage device disconnects from receiving power from the generator when the one or more fracturing system components draw power.

13 . The fracturing system of claim 8 , wherein the power storage device provides power to auxiliary devices and starters for one or more generators.

14 . The fracturing system of claim 8 , further comprising:

one or more additional power storage systems coupled to the microgrid.

15 . A method of powering a fracturing system, comprising:

supplying power to one or more components of the fracturing system from a generator;

charging a power storage system from the generator during one or more conditions in which the load requirement of the one or more components of the fracturing system is below the set point of the generator; and

supplying power to the one or more components of the fracturing system from both the generator and the power storage system during one or more conditions in which the load requirement of the one or more components of the fracturing system is above the set point of the generator.

16 . The method of claim 15 , wherein the power storage system includes a chargeable power storage device.

17 . The method of claim 15 , further comprising:

supplying power to the one or more components of the fracturing system from the power storage system during conditions in which the generator is down.

18 . The method of claim 15 , wherein the power storage device disconnects from receiving power from the generator when the one or more fracturing system components draw power.

19 . The method of claim 15 , wherein the power storage device provides power to auxiliary devices and starters for one or more generators.

20 . The method of claim 15 , wherein the generator and the power storage system are electrically coupled in series.