Cinema Arcade Chain
1.4M kWh modeled annually from cabinet sleep schedules and LED signage migration.


Use cabinet age, operating hours, and current energy assumptions to plan a practical retrofit conversation.
Refresh decisions are rarely made on energy alone, but energy is a useful way to begin a lifecycle review. Older cabinets, outdated lighting, inefficient sleep schedules, and poor service access can quietly increase operating cost while also making the floor feel tired. Aristocrat frames retrofit planning around measurable inputs: number of units, average age, current kilowatt-hour assumptions, operating hours, heat load, downtime history, and revenue sensitivity. The calculator below is a planning tool, not a guaranteed ROI promise. It helps your finance and facilities teams decide whether a full refresh, staged cabinet replacement, lighting upgrade, or firmware-based sleep schedule deserves deeper review.
The examples below are operator patterns for planning conversations. Each depends on electricity pricing, usage, cabinet mix, local incentives, installation access, and guest disruption windows. They are written as ranges and scenarios so the team can ask better questions instead of treating sustainability as a slogan.
1.4M kWh modeled annually from cabinet sleep schedules and LED signage migration.
$84k per year planning case from staged cabinet refresh and service routing improvements.
22 percent AC load reduction scenario tied to efficient cabinet refresh and lower heat output.
LED lane and cabinet lighting migration planned around off-night installation windows.
Solar PPA review paired with card-reader upgrades and overnight power-down standards.
Compact electronic gaming machine refresh reducing energy per placement and service visits.