Sustainability in ATMs: How technology helps reduce the CO₂ footprint

The Carbon Footprint of Cash Recyclers: Why Energy Consumption, Service Life, and Maintenance Requirements Matter

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A smiling woman holding cards stands next to a KEBA cash recycler, with a potted plant in the background.
We highlight the key factors that influence the carbon footprint of self-service devices—from energy consumption during operation and durable materials to maintenance and upgradeability—and explain how KEBA incorporates these considerations into product development.

Key insights

  • Energy efficiency as the biggest lever

A significant portion of an ATM’s CO₂ footprint comes from its power consumption during operation. Modern systems – such as KEBA’s latest generation – therefore focus on intelligent energy management, efficient components, and reduced standby consumption.

  • A holistic lifecycle approach

Sustainability starts at the very beginning of product development – from the selection of durable materials such as glass and metal and optimized logistics to modular designs that allow upgrades instead of complete replacements.

“Long-term use pays off: Keeping cash recyclers in service longer allows the materials and manufacturing resources invested in them to deliver value over a longer period.”

Korinna Aschauer, KEBA
Korinna Aschauer
Head of Marketing & Communications Banking
  • Ease of maintenance as an enabler

Easily accessible components, straightforward repairs, and remote monitoring can reduce maintenance requirements and the need for on-site service visits - saving time and lowering operating costs.

  • Upgradability as a success factor

Retrofits extend a device’s service life. The key is for banks to choose flexible solutions that can be adapted for years to come.

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