Eco-friendly laptops: Microsoft Surface sustainability features

As the demand for sustainable technology grows, consumers are increasingly seeking devices that align with their environmental values. Eco-friendly laptop computers are becoming mainstream essentials for individuals and organizations aiming to reduce their carbon footprint. As Copilot+ PCs from Microsoft, Surface Laptop and Surface Pro 2-in-1 stand out in this space, offering environmentally friendly devices that combine performance with Microsoft’s commitment to sustainability.

What is an eco-friendly laptop?

An eco-friendly laptop is defined by its materials, energy efficiency, and lifecycle design. Manufacturers committed to sustainability use recycled materials such as aluminum, plastics, and rare earth metals to reduce the environmental impact of production. Energy efficiency certifications like ENERGY STAR® and EPEAT® Gold signal that a device meets rigorous standards for low power consumption. Additionally, repairability and recyclability are crucial—devices designed for easy upgrades and end-of-life recycling help minimize electronic waste and extend product lifespan.

Microsoft Surface’s sustainability commitment

Microsoft’s environmental goals include becoming carbon negative, water positive, and zero waste by 2030. The Surface product line is another step toward Microsoft’s goal. From sourcing materials to packaging and delivery, sustainability is embedded in every stage of the Surface lifecycle. Microsoft’s Eco Profiles provide detailed insights into how environmentally freindly Surface devices are, helping you make informed choices.

Eco-friendly design features of Surface

Surface Laptop and Surface Pro are designed with sustainability in mind. When you choose a Surface Laptop or Surface Pro, you’re also supporting responsible innovation and sustainability.

To begin with, Surface Laptop and Surface Pro are built with the following recycled materials:

• 100% recycled cobalt in the battery cell
• 100% recycled aluminum alloy
• 100% recycled rare earth metals¹

Additional examples of Surface sustainability include:

• Surface Laptop, 13.8-inch and Surface Laptop, 15-inch:
  • Enclosure: Made with a minimum of 67.2% recycled content.
  • Packaging: 70% recycled content in wood-based fiber packaging.
• Surface Laptop, 13-inch:
  • Recycled materials: Battery cell makes use of 100% recycled cobalt, 100% recycled rare earth metals in device magnets.
  • Packaging: 73% recycled content in wood-based fiber consumer packaging, paper-based, minimizing plastic use.
  • Offers a non-PSU version (non-power supply unit) which reduces e-waste and lowers carbon emissions upon delivery.
• Surface Pro, 13-inch:
  • Enclosure: Made with a minimum of 72% recycled content.
  • Packaging: 78% recycled content in wood-based fiber packaging.
• Surface Pro, 12-inch²
  • Enclosure: Made with a minimum of 82.9% recycled content.
  • Packaging: 71% recycled content in wood-based fiber consumer packaging, paper-based, minimizing plastic use.
• Surface Laptop, 13-inch and Surface Pro, 12-inch:
  • Repairs: Replaceable components like the motherboard, battery, and cameras. Replacement parts are conveniently available through the Microsoft Store.
  • Service: Clear repair instructions via icons, QR codes, and user-friendly guides.
  • Packaging: 100% of virgin paper sourced comes from responsibly managed forests.

Energy-saving technologies

Surface PCs are engineered for energy efficiency. Surface Laptop and Surface Pro are ENERGY STAR® certified³ and meet EPEAT® Gold standards—the highest rating level for environmental performance. Features like adaptive brightness, low-power components, and efficient battery management help reduce energy consumption during use.

And, because Surface Laptops and Surface Pro 2-in-1s run Windows 11, they have enhanced energy efficiency capabilities with power-saving settings that extend battery life and reduce charging cycles. Updates are scheduled to run when lower-carbon electricity options are available on the grid, further minimizing environmental impact⁴.