How much value could you surface in a contained SAP S/4HANA pilot?

Case Study: SAP S/4HANA Private Cloud pilot for process transformation

Industry: Manufacturing, Energy

Timeline: 12 months

Goal: Pilot an integrated supply chain and manufacturing system that supports additive manufacturing, labour-aware planning and high-efficiency operations with full traceability and automation.

Overview

In a complex, fast-moving manufacturing environment, a UK headquartered global energy organisation embarked on a people‑ centred pilot of SAP S/4HANA. This was more than a technical upgrade; it was a forward-thinking approach to empower their teams, streamline working practices and prepare for advanced processes such as additive manufacturing.

Centred on SAP S/4HANA’s ability to optimise supply chain and manufacturing, the pilot sought to bring together integrated automation, real-time data capture and a scalable architecture.

Why Pilot?

Starting with a pilot offered the customer a safe, focused way to prove value, align processes and people and derisk a full SAP rollout. It also gave the customer the opportunity to:

  • Co‑design with frontline users.
  • Test critical scenarios end‑to‑end
  • Validate data, integrations and controls
  • Refine configuration and ways of working before committing significant budget and change capacity.

The pilot would allow the business to define and achieve measurable outcomes and take detailed user feedback – all while minimising disruption to their day‑to‑day operations. Insights from the pilot would help to shape scope and provide a template for wider deployment, making a full implementation faster and cleaner.

Goals

A focused pilot was designed to test and modernise its supply chain and manufacturing operations. Primary goals included:

  • Building an integrated platform that unifies supply chain and manufacturing processes.
  • Introducing labour aware‑planning to address dual constraints (machine + labour) in scheduling.
  • Driving automation across production and warehousing to reduce manual effort and improve flow.
  • Achieving end-to‑end traceability and real‑time visibility through advanced data capture.
  • Creating a flexible architecture ready for innovations such as additive manufacturing.
Challenges

The pilot needed to address several critical challenges:

  • Dual constraint‑planning: Machines run 24/7, but some operations depended on labour availability, requiring simultaneous scheduling of both resources. As SAP PP/DS did not natively support labour‑aware planning, bespoke logic was needed to create an effective scheduling framework.
  • Process inefficiencies: Both production and warehousing required process improvements and greater automation to remove delays and bottlenecks.
  • Data capture limitations: Manual confirmations introduced errors and slowed real‑time visibility of production performance.
Pilot Objectives
  • Scalability: Establish a robust core that can scale to additional global manufacturing sites with minimal rework.
  • Enhanced planning: Tailor SAP PP/DS to support parallel sequencing for operations constrained by both machine and labour, optimising schedule adherence.
  • Process integration: Seamlessly connect warehousing and production to enable smooth material flow and prevent disruptions.
  • Real‑time data: Automate data capture through warehouse and shopfloor scanning to increase accuracy.
  • Future readiness: Design flexibility into the architecture to accommodate advancements, including additive manufacturing.
 Impact

 The pilot successfully delivered multiple, measurable improvements:

  • Advanced planning capabilities: A customised PP/DS solution provided an optimised scheduling framework that models complex dual‑resource scenarios.
  • Improved operational efficiency: Labour aware sequencing reduced downtime and increased planning accuracy.
  • Real‑time visibility: Scanning technologies enabled immediate confirmation of production data, reducing errors and improving precision.
  • Seamless scalability: A ready to scale design to support rollouts to additional sites globally.
  • Technological flexibility: The architecture to support advanced manufacturing techniques, ensuring long term readiness for innovations such as additive manufacturing.
Technical transformation

This pilot demonstrated how SAP S/4HANA can redefine operational excellence. By addressing dual constraints, integrating workflows and introducing scalable, automation driven solutions, SAP S/4HANA acted as a catalyst for efficient, high-performance operations.

With the pilot, the team overcame complex planning challenges, automated critical processes and positioned the organisation to leverage its system for current and future advancements. Enhanced traceability, optimised planning and improved operational precision, the business demonstrated how to better meet the demands of a rapidly evolving industry.

Ultimately, the pilot showed how the organisation could move beyond the limits of traditional systems and showcased how modern technology can solve complex manufacturing problems while delivering a scalable, future ‑ready solution that supports both performance and people.