Automotive & industrial components

Stabilizing internal logistics and freeing capacity

Logio was engaged to identify improvement potential and design actionable plans to optimize internal logistics after Trane Technologies merged HVAC and compressor production.

Outcome

We diagnosed offline communication and missing master data, then designed a full warehouse and material‑flow reorganization to reduce logistics costs and lift productivity.

About Trane Technologies

Trane Technologies is a global climate innovator with two strategic brands, Trane and Thermo King, delivering efficient, sustainable climate solutions for buildings, homes and transportation. Thermo King supplies HVAC solutions for buses, rail cars and other transport applications. In 2024, Trane Technologies reported ~$19.8 billion in revenue.

~$19.8 bn revenue (2024)

~45,000 employees worldwide

HQ: Swords, Ireland

Initial challenge

After consolidating HVAC and compressor production, Trane Technologies faced inefficient warehouse processes and insufficient storage capacity, driving up logistics costs. Communication in production and the warehouse ran mostly offline and core master data (e.g., packing specifications) were missing.

Project goal

Identify improvement potential, gather the missing inputs, and design actionable plans to reorganize the warehouse, material flows, and supporting processes to unlock capacity and reduce logistics costs.

Solution

Designing stable intralogistics with limited data

We combined rapid on‑site discovery with process mapping to diagnose offline communication and capacity constraints. Based on the findings, we designed a complete reorganization of the warehouse and internal material flows, defined the missing master data, and prepared a phased implementation plan.

01

Launch rapid discovery and data capture.

Conduct walk‑throughs and interviews, collect basic operational data, and compile missing master data including packing instructions.

02

Map the as‑is processes and flows

Document internal logistics steps end‑to‑end, quantify handling and travel where possible, and surface bottlenecks and capacity limits.

03

Design the to‑be warehouse and flow concept

Propose re‑layout and storage policies, define picking and replenishment logic, and simplify internal transport loops.

04

Define standards and data foundations

Specify packing standards and other key master‑data fields, ownership, and maintenance routines to keep the design sustainable.

05

Build the implementation roadmap

Phase the rollout, set prerequisites and checkpoints, and identify KPIs for tracking productivity and stability during adoption.

Solutions implemented

Intralogistics & Material Flow

Process Optimization

Process Mapping & Analysis

Automated & Efficient Warehousing

Impact

More stable flows, fewer logistics losses

Up to +30% productivity (planned)

Rredesigned flows and standards aim to reduce non‑value‑added handling and waiting.

Lower logistics cost drivers

Fewer touches, shorter travel distances, and clearer resupply cycles reduce handling and transport time.

Freed warehouse capacity

Space is released through rationalized slotting and storage policies rather than adding footprint.

Data readiness

Defined master‑data requirements (e.g., packing standards) to support ongoing control and improvement.

Clear implementation roadmap

Sequenced actions with pre‑requisites and expected impact to de‑risk changeover.

Make your intralogistics flow, not fight you

If offline processes, missing data and warehouse bottlenecks are slowing production, we can design a pragmatic fix and guide the rollout. Let’s discuss how to stabilize your flows, free capacity and cut logistics losses.

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