Long-life power kit you keep
A UPS frame, its distribution and the switchgear around it are among the longest-lived things in a data centre — the electronics run the best part of a decade even as the servers behind them cycle twice — so this is infrastructure you buy to own, not to hand back. That long life is exactly what makes hire purchase the natural route: you spread the cost across a fraction of the asset's life and keep it running long after the final payment. Only the batteries are consumable, and those are a modest mid-life swap rather than a reason to replace the frame.
Provision resilience without the capital spike
Right-sizing power for a growing rack — enough UPS runtime, enough PDU capacity, room for the next few servers — is a sensible investment that too often gets trimmed because it lands as an awkward lump of capital next to more visible kit. Spreading it removes that pressure: you specify the resilience the load actually needs and pay for it as a monthly, so protection is designed to the requirement rather than to whatever was left in the budget. It keeps the boring-but-critical layer of the estate properly funded.
- •Hire purchase to own the UPS, PDUs and switchgear outright
- •Finance APC, Eaton or Vertiv single-phase and three-phase systems
- •Bundle rack PDUs, distribution and installation into one schedule
- •Spread the frame; batteries are a modest mid-life swap
Size the load, then spread the kit
Get the power design right before you finance it — our UPS sizing calculator works out the VA and runtime your load needs, so the finance is against correctly-sized kit rather than a guess. Choose the hardware from our APC power range, then turn the total into a monthly on the finance calculator, whether it is a single rack UPS or a room-level distribution refresh.
Build in resilience without paying twice
The difference between a single UPS and a proper N+1 arrangement is a second module that idles until it is needed — insurance you hope never earns out. Bought outright, that redundant unit is the easiest line to strike when the capital is tight, which is precisely how a room ends up one fault away from a dark rack. Spreading the pair as a monthly changes the sum: the resilient design costs a little more each month rather than a large extra cheque up front, so N+1 is a decision about risk rather than about whatever cash was left in the budget that quarter.
- •Fund the redundant N+1 module as part of the monthly, not an afterthought
- •Match runtime to the shutdown or generator start time your load needs
- •Include maintenance bypass and monitoring so the frame is serviceable live
- •Design to the load and to the risk, not to the leftover capital