Full-cycle energy efficiency.

Optimise the entire energy pathway from source to useful output, not just an individual component.

Local energy

Source, grid and backup

Computing

Useful digital workload

Cooling

Controlled heat transfer

Useful heat

External heat user

Full cycle means integrated energy and heat flows. The system still needs energy inputs, backup and rejection of unused heat.

Thermal integration

The season changes. So does the operating mode.

Heating and hot water

We consider supplying heat to external users. Temperature levels, heat pump requirements and connection architecture are determined through calculations.

What we assess

Efficiency needs a defined assessment boundary.

Electrical balance

Generation, auxiliary demand, computing, pumps and backup.

Thermal & water balance

Temperatures, heat exchange, useful delivery, losses and water use.

Lifecycle economics

Capital cost, operations, maintenance and sensitivity to baseline assumptions.

The Amu Darya project page presents a target modelling scenario with explicit assumptions. Actual performance will be established through surveys and measurements.