The overhead gantry crane once lifted turbine rotors and generator components during maintenance.

Turbine Hall A (the original 1930s hall), now the central atrium of the shopping centre. The overhead gantry crane visible at ceiling level is one of the original travelling cranes used to lift and manoeuvre the massive steam turbine and generator components for maintenance and installation. This space would have housed the turbo-alternators: huge steam turbines driving generators that converted the thermal energy from the boiler house into electricity. The crane ran on rails along the hall's length, allowing engineers to lift turbine rotors, casings, and generator parts during overhauls.

Turbine Hall A (the original 1930s hall), now the central atrium of the shopping centre. The overhead gantry crane visible at ceiling level is one of the original travelling cranes used to lift and manoeuvre the massive steam turbine and generator components for maintenance and installation. This space would have housed the turbo-alternators: huge steam turbines driving generators that converted the thermal energy from the boiler house into electricity. The crane ran on rails along the hall's length, allowing engineers to lift turbine rotors, casings, and generator parts during overhauls. "Control Room B" (visible on the right) was where engineers monitored and regulated the generating plant.

Turbine Hall A (the original 1930s hall), now the central atrium of the shopping centre. The overhead gantry crane visible at ceiling level is one of the original travelling cranes used to lift and manoeuvre the massive steam turbine and generator components for maintenance and installation. This space would have housed the turbo-alternators: huge steam turbines driving generators that converted the thermal energy from the boiler house into electricity. The crane ran on rails along the hall's length, allowing engineers to lift turbine rotors, casings, and generator parts during overhauls.

This is part of the switchgear from Battersea Power Station's electrical distribution system, specifically a circuit breaker/isolator unit from the "Main Bus" (busbar) system for Reactor 5 (one of the power station's boiler units, confusingly called "reactors" in the old British power-station nomenclature, predating nuclear connotations). The station's A and B sides were built in stages from the 1930s to 1950s. The "MAIN BUS" plate refers to the main busbar; the heavy copper conductors that collected electricity from the generators before distribution to the grid. "TIE 117" indicates this was a tie breaker, used to connect or isolate sections of the busbar system, allowing engineers to switch power between different generating sets or isolate faults without shutting down the whole station. The oval bolted plates would have been inspection or access covers for the switching mechanism and contacts inside. It's now sitting as an industrial-archaeology centrepiece in the retail development, a bit of continuity given the building's history, repurposed as a piece of sculpture.

This is part of the switchgear from Battersea Power Station's electrical distribution system, specifically a circuit breaker/isolator unit from the "Main Bus" (busbar) system for Reactor 5 (one of the power station's boiler units, confusingly called "reactors" in the old British power-station nomenclature, predating nuclear connotations). The station's A and B sides were built in stages from the 1930s to 1950s. The "MAIN BUS" plate refers to the main busbar; the heavy copper conductors that collected electricity from the generators before distribution to the grid. "TIE 117" indicates this was a tie breaker, used to connect or isolate sections of the busbar system, allowing engineers to switch power between different generating sets or isolate faults without shutting down the whole station. The oval bolted plates would have been inspection or access covers for the switching mechanism and contacts inside. It's now sitting as an industrial-archaeology centrepiece in the retail development, a bit of continuity given the building's history, repurposed as a piece of sculpture.