Atlas Copco Compressed Air as a Service Transformation

📌 Background

Industrial customers have long shouldered the heavy asset investments, maintenance, and energy costs associated with purchasing compressors. As energy-saving and carbon-reduction policies, along with the demand for asset-light operations, continue to gain momentum through 2026, equipment manufacturers are shifting from one-time sales to service-oriented manufacturing based on pay-per-use models. Since launching the AIRPlan subscription model in 2018, Atlas Copco has continuously evolved its approach. By 2025-2026, the service business (including professional rental) accounts for approximately 43% to 45% of the Compressor Technique business area, serving as the group's core engine for counter-cyclical growth and high margins.

👤 Target Customers

Manufacturing clients in sectors such as food and beverage, chemicals, automotive, and electronics that are building new plants or retrofitting existing ones, as well as enterprises requiring rapid air supply for emergency maintenance. The payers are industrial customers looking to shift compressed air expenditures from capital expenditure (CAPEX) to predictable operating expenses (OPEX).

💰 Revenue Streams

The core revenue streams include gas-sales revenue based on consumption (per cubic meter) and monthly subscription fees consisting of fixed and variable components. AIRPlan contracts are typically five-year terms, with the company retaining equipment ownership. Other models include all-inclusive fixed-rent long-term leases and Energy Performance Contracting (EPC) where revenue is shared based on actual energy savings (no savings, no payment). Overall, the service business accounts for approximately 38% of group revenue, with the Compressor Technique business area's service share reaching 43% to 45%, providing stable recurring cash flow.

🧮 Cost Structure

Costs include equipment manufacturing, depreciation of assets placed on rent, and financing expenses; investments in full-lifecycle maintenance, spare parts replacement, and the SMARTLINK IoT remote monitoring and predictive maintenance platform; and the costs of the global field service network, energy-efficiency retrofit projects, and sales teams.

🛡️ Moat

The deep integration of hardware manufacturing capabilities with IoT-based remote diagnostics and data-driven predictive maintenance creates a technical barrier for long-cycle services. The global service network and full-lifecycle equipment management capabilities are difficult to replicate. Multi-year service contracts deeply bind the company to customer production operations, crowding out competitors and driving value from spare parts and upgrades.

🔑 Keys to Success

• Ensuring the reliability of on-demand air supply through SMARTLINK IoT and predictive maintenance capabilities.
• Building a total cost of ownership (TCO) advantage through hardware energy-saving technologies like high-efficiency variable speed drives.
• Flexible implementation using a combination of long-term rentals, energy performance contracting, and gas-sales models based on market needs.

⚠️ Risks

• The rental and gas-sales models tie up significant capital; rising interest rates could erode asset returns.
• Slow changes in customer industry habits create uncertainty regarding the pace of the transformation.
• Price wars and imitation models from local low-end manufacturers may weaken the room for service premiums.

🏢 Cases

• AIRPlan all-inclusive contract (launched in 2018): Customers pay based on actual air consumption; the company handles installation, monitoring, maintenance, and upgrades, with contracts typically lasting five years.
• Asset-light energy-saving long-term rental and gas-sales model in the Chinese market: A case study where a client saved over 1 million RMB in costs over five years.
• In August 2026, a food and beverage enterprise in China selected a customized, rapidly deployed compressed air solution from the professional rental department due to emergency maintenance needs.

📊 SWOT Analysis