Power Sector & Turbine Hall Cranes

Turbine hall lifting demands precision because the components are both heavy and delicate. Rotor insertion, casing lifts and alignment work often require controlled, incremental movement to avoid damage to high-value parts and machined interfaces. Advanced VFD-based control supports smooth acceleration and deceleration, stable low-speed motion and micro-speed positioning, helping operators place loads accurately and reduce the likelihood of shock loading.

Power generation cranes also need to suit the way outage work is carried out. Many applications benefit from main and auxiliary hoists, so the main hoist remains reserved for the heaviest critical lifts while a smaller hook supports faster handling of tools, valves, pumps and ancillary components. Where lift geometry or load mass requires it, tandem lifting strategies can also be engineered so two cranes can work together with controlled levelling and consistent motion.

Because these cranes can sit idle between outages, readiness matters. We take a practical approach to inspection and testability, designing systems that support safe commissioning, periodic checks and the planned verification that many sites require before critical lifts.

A turbine hall crane should fit your outage plan, not the other way round. We work with engineering, operations and maintenance teams to understand how lifts are planned, how components are moved and stored during shutdowns, and how inspection and readiness checks are carried out after periods of inactivity. From there, we can engineer a crane solution that supports safe working practices, predictable performance, and practical maintenance access, helping you reduce risk during the moments when the crane matters most.