A mounting device for outdoor electrical outlets includes an upper plate and a lower plate arranged and interconnected in a generally V-shaped configuration, and is adapted for recessed installation into a power pedestal or other structure. The upper and lower plates may be contiguous along their inner edges. Alternatively, an intermediate plate may be disposed therebetween, giving the mounting device a trapezoidal configuration. Either or both of the upper and lower plates may be sloped, and side plates may extend between the side edges of the upper and lower plates. The upper plate has an aperture for an electrical outlet, which when installed in the aperture will face generally downward and thus be protected from rain and snow. The outer edges of the upper and lower plates, and of the side plates when present, may have mounting flanges to facilitate installation of the mounting device in a power pedestal.

A mounting device for outdoor electrical outlets includes an upper plate and a lower plate arranged and interconnected in a generally V-shaped configuration, and is adapted for recessed installation into a power pedestal or other structure. The upper and lower plates may be contiguous along their inner edges. Alternatively, an intermediate plate may be disposed therebetween, giving the mounting device a trapezoidal configuration. Either or both of the upper and lower plates may be sloped, and side plates may extend between the side edges of the upper and lower plates. The upper plate has an aperture for an electrical outlet, which when installed in the aperture will face generally downward and thus be protected from rain and snow. The outer edges of the upper and lower plates, and of the side plates when present, may have mounting flanges to facilitate installation of the mounting device in a power pedestal.

A power pedestal is described. The power pedestal includes a plurality of receptacles that are configured to connect to external devices. The plurality of receptacles includes a first receptacle and a second receptacle of the plurality of receptacles. The first receptacle and the second receptacle are electrically interlocked with one another. The power pedestal includes a first circuit breaker connected to the first receptacle and a second circuit breaker connected to the second receptacle, and a shunt trip circuit that is configured to trip the first circuit breaker to disable power to the first receptacle of the power pedestal, responsive to the second circuit breaker associated with the second receptacle of the power pedestal being in an active state. Related devices and methods are also described.

An in-ground enclosure for housing electrical components is provided. The in-ground enclosure can include an outer shell defining an internal compartment housing a lift system, an equipment rack structure connected to the lift system, an upper panel comprising a compartment opening for accessing the internal compartment, an enclosure cover adapted to cover the compartment opening and for removably sealing the compartment opening. In certain uses, a telecommunications base station may also be provided. The telecommunications base station can include the in-ground enclosure and a cellular base station, with the cellular base station including an antenna coupled to signal processing equipment and a power supply.

The invention relates to a switchgear cabinet for a wind power plant, having a U-shaped base plate, comprising a bottom and two side parts, two end plates connected to the base plate, and a cover, by means of which the switchgear cabinet is closed, wherein the end plates are lengthened beyond the side parts or longitudinal sides formed by the latter, or the end plates are each set back at a distance with respect to an outer edge of the base plate, such that the base plate and/or the end plates form tabs projecting outward, which are useful for the fixing of holders.

The invention relates to a switchgear cabinet for a wind power plant, having a U-shaped base plate, comprising a bottom and two side parts, two end plates connected to the base plate, and a cover, by means of which the switchgear cabinet is closed, wherein the end plates are lengthened beyond the side parts or longitudinal sides formed by the latter, or the end plates are each set back at a distance with respect to an outer edge of the base plate, such that the base plate and/or the end plates form tabs projecting outward, which are useful for the fixing of holders.

A protective hood for outdoor electrical outlets or receptacles has a top surface, two side panels, and an angled bottom surface having an aperture. In one variant of the protective hood, the aperture in is configured to receive power cords for connection to an electrical outlet over which the protective hood has been mounted, such as an existing electrical outlet installed on a building wall or a power pedestal. In another variant of the protective hood, the aperture in the angled bottom surface is configured to allow an electrical outlet to be installed directly therein, but with the protective hood still being mountable over an electrical outlet on a building wall or power pedestal instead of having an electrical outlet installed in the aperture.

An in-ground enclosure for housing electrical components is provided. The in-ground enclosure can include an outer shell defining an internal compartment housing a lift system, an equipment rack structure connected to the lift system, an upper panel comprising a compartment opening for accessing the internal compartment, an enclosure cover adapted to cover the compartment opening and for removably sealing the compartment opening. In certain uses, a telecommunications base station may also be provided. The telecommunications base station can include the in-ground enclosure and a cellular base station, with the cellular base station including an antenna coupled to signal processing equipment and a power supply.

A protective hood for outdoor electrical outlets or receptacles has a top surface, two side panels, and an angled bottom surface having an aperture. In one variant of the protective hood, the aperture in is configured to receive power cords for connection to an electrical outlet over which the protective hood has been mounted, such as an existing electrical outlet installed on a building wall or a power pedestal. In another variant of the protective hood, the aperture in the angled bottom surface is configured to allow an electrical outlet to be installed directly therein, but with the protective hood still being mountable over an electrical outlet on a building wall or power pedestal instead of having an electrical outlet installed in the aperture.

A mounting device for outdoor electrical outlets includes an upper plate and a lower plate arranged and interconnected in a generally V-shaped configuration, and is adapted for recessed installation into a power pedestal or other structure. The upper and lower plates may be contiguous along their inner edges. Alternatively, an intermediate plate may be disposed therebetween, giving the mounting device a trapezoidal configuration. Either or both of the upper and lower plates may be sloped, and side plates may extend between the side edges of the upper and lower plates. The upper plate has an aperture for an electrical outlet, which when installed in the aperture will face generally downward and thus be protected from rain and snow. The outer edges of the upper and lower plates, and of the side plates when present, may have mounting flanges to facilitate installation of the mounting device in a power pedestal.