In-ground enclosure system

1. An enclosure for housing electrical components, comprising:

an outer shell;

a first compartment located within the outer shell;

a second compartment located within the outer shell;

an upper panel comprising a first compartment opening for accessing the first compartment and a second compartment opening for accessing the second compartment;

a dividing wall separating the first compartment from the second compartment;

a first compartment cover adapted for removably sealing the first compartment opening; and

a second compartment cover adapted for removably sealing the second compartment opening;

an equipment rack comprising an equipment lift system that is coupled to a base in the first compartment;

wherein the first compartment cover is coupled to a top of the equipment rack, and

wherein the equipment lift system is adapted to move between a retracted position, where the first compartment cover seals the first compartment opening and an extended position where the equipment rack extends through the first compartment opening above the top surface,

wherein said enclosure is adapted for in-ground installation.

2. The enclosure of claim 1 , wherein the first compartment and the second compartment can be hermetically isolated from one another when the first compartment cover seals the first compartment opening and the second cover seals the second compartment opening.

3. The enclosure system of claim 1 , wherein the first compartment cover, the second compartment cover, or both, comprise at least one reinforcing sheet embedded therein.

4. The enclosure system of claim 3 , wherein the at least one reinforcing sheet prevents at least a portion of electromagnetic radiation from passing therethrough.

5. The enclosure of claim 1 , further comprising:

a gas handling system, comprising a dehumidifier, an air compressor located within the outer shell, and an ambient air intake line having an air intake line inlet in fluid communication with ambient air outside the outer shell and an air intake line outlet in fluid communication with a compressor inlet of the air compressor, wherein said gas handling system is adapted to provide air at an elevated pressure to an interior of the first compartment, an interior of the second compartment, or both.

6. The enclosure of claim 5 , wherein the gas handling system is adapted to provide dehumidified air to the interiors of both the first compartment and the second compartment.

7. The enclosure of claim 5 , where the gas handling system is adapted to provide:

air at a first pressure to pressurize interiors of both the first compartment and the second compartment;

air at a second pressure to pneumatic air locks disposed in the first compartment cover, the second compartment cover, or both; and

air at a third pressure to pneumatic lifts for an equipment rack in the first compartment, a battery lift in the second compartment, or both,

wherein the first pressure, the second pressure, and the third pressure are different from each other.

8. The enclosure of claim 7 , where the gas handling system is adapted to provide:

air at a fourth pressure to at least one diffuser adapted for blowing air over equipment stored in the equipment rack, a battery stored in the battery rack, or both,

wherein the first pressure, the second pressure, the third pressure, and the fourth pressure are different from each other.

9. The enclosure of claim 5 , wherein the gas handling system further comprises a first humidity sensor in the first compartment, and

wherein, when the first humidity sensor detects that a humidity in the first compartment exceeds a predetermined level, air in the first compartment is vented to an outside atmosphere and replaced with dehumidified air at an elevated pressure.

10. The enclosure of claim 5 , wherein the gas handling system further comprises a second humidity sensor in the second compartment, and

wherein, when the second humidity sensor detects that a humidity in the second compartment exceeds a predetermined level, air in the second compartment is vented to an outside atmosphere and replaced with dehumidified air at an elevated pressure.

11. The enclosure of claim 5 , wherein the gas handling system further comprises a hydrogen sensor in the second compartment, and

wherein, when a hydrogen level in the second compartment exceeds a predetermined level, air in the second compartment is vented to an outside atmosphere and replaced with dehumidified air at an elevated pressure.

12. A telecommunications base station, comprising:

an enclosure for housing electrical components, comprising:

an outer shell,

a first compartment located within the outer shell, comprising a first compartment opening,

a second compartment located within the outer shell, comprising a second compartment opening,

a dividing wall separating the first compartment from the second compartment,

a first compartment cover adapted for removably sealing the first compartment opening, and

a second compartment cover adapted for removably sealing the second compartment opening;

a cellular base station, comprising an antenna coupled to signal processing equipment and a power supply, comprising one or both of a battery and an external electrical supply, wherein, in a storage position, the signal processing equipment is positioned within the first compartment and the battery is positioned within the second compartment; and

further comprising an equipment rack comprising an equipment lift system coupled to a base in the first compartment, wherein the first compartment cover is coupled to a top of the equipment rack, and wherein the equipment lift system is adapted to move between a retracted position where the first compartment cover seals the first compartment opening and an extended position where the equipment rack extends through the first compartment opening above the top surface, and wherein the underground signal processing equipment is coupled to the equipment rack,

wherein the enclosure is adapted for in-ground installation.

13. The telecommunications base station of claim 12 , further comprising a battery rack comprising a battery lift system coupled to a base in the second compartment, wherein the second compartment cover is coupled to a top of the battery rack, and wherein the battery lift system is adapted to move between a retracted position where the second compartment cover seals the second compartment opening and an extended position where the battery rack extends through the second compartment opening above the top surface and wherein the battery is coupled to the battery rack.

14. An enclosure for housing electrical components, comprising:

an outer shell;

a first compartment located within the outer shell;

an upper panel comprising a first compartment opening for accessing the first compartment;

a first compartment cover adapted for removably sealing the first compartment opening,

wherein sidewalls of the in-ground enclosure comprise an inner sidewall and an outer sidewall separated by a sidewall gap, wherein the sidewall gap is filled with a heat transfer particle, wherein a bulk density of the heat transfer particle in the sidewall gap is at least 75% of a density of the heat transfer particle, wherein the enclosure is adapted for in-ground installation.

15. The enclosure of claim 14 , wherein the heat transfer particles are flakes.

16. The enclosure of claim 14 , wherein the heat transfer particle comprises expanded graphite particles.

17. The enclosure of claim 14 , wherein a base of the in-ground enclosure comprises an inner base and an outer base separated by a base gap, wherein the base gap is filled with heat transfer particles, wherein a bulk density of the heat transfer particle in the sidewall gap is at least 75% of a density of the heat transfer particle.

18. The enclosure of claim 17 , wherein the heat transfer particles are flakes.

19. The enclosure of claim 17 , wherein the heat transfer particles comprise expanded graphite particles.