For asset-intensive organisations, capital investment planning is not a single event. It is a connected series of decisions that begins long before construction and continues through portfolio prioritisation, project planning, work execution, and the creation or modification of operational assets.

Yet the information supporting those decisions rarely follows the same continuous path. Designs evolve, assumptions change, resources are reassessed, and estimates are refined across multiple teams and systems. Each solution may perform its intended role, but differences in master data, costing structures, and planning methods can make it difficult to maintain a consistent view of the investment from concept through delivery.

This creates a broader business challenge: how can organisations preserve the intent, logic, and traceability of an asset investment as it moves through the lifecycle?

Addressing that challenge requires more than connecting systems. It requires a common planning framework that allows designs, resources, costs, and asset information to evolve together. Rizing Cobalt was developed to provide that continuity across portfolios, projects, work orders, and technical asset creation while integrating with SAP and non-SAP environments.

Why Asset Investment Planning Loses Continuity

Many organisations involved in asset investment planning experience common challenges that affect stakeholders across the lifecycle:

• Multiple systems and planning objects with limited integration.
• Designs that evolve over time but are difficult to track consistently.
• Different methods for costing and resource planning at different lifecycle stages.
• Manual processes and spreadsheet-based workarounds.
• Limitations of traditional Compatible Unit approaches.

Designers may use different planning and estimation methods at each lifecycle stage.

Portfolio and project managers may have limited visibility into why costs, resources, or schedules have changed.

Enterprise planners may lack dependable long-term resource forecasts for procurement and workforce planning.

Construction teams may need to restructure planned work to make it practical for delivery.

Data stewards may be left manually creating or updating technical asset structures after construction.

The result is a discontinuous process in which information is repeatedly recreated, transformed or manually transferred between stages instead of flowing seamlessly from concept to construction.

Moving Beyond Compatible Unit Limitations

For many SAP-based utilities, Compatible Units have historically played an important role in work-order planning. However, they were not originally designed to support the entire asset investment lifecycle.

Traditional Compatible Unit approaches are difficult to use for large or complex designs, provide limited support for design versions, and are generally focused on work-order planning rather than planning that begins in portfolio or project management processes. They also provide limited support for asset hierarchy creation and replacement, upgrade and retirement activities.

Modern asset investment planning requires the flexibility to:

• Plan with materials, labour, services, and reusable planning components.
• Retain and compare designs that evolve over multiple years.
• Divide approved designs into practical construction packages.
• Create or update technical assets and hierarchies from planning information.
• Maintain traceability as estimates, scope, and delivery assumptions change.

The opportunity is not simply to extend work-order planning. It is to establish a planning model that can preserve design intent, resource requirements, and cost logic across the entire investment lifecycle. Rizing Cobalt was designed around this broader requirement.

One Design Across the Entire Lifecycle

Cobalt utilises a single Design object that is used at every stage of the investment lifecycle from early concept through to construction, whether for a single asset creation or inspection-driven replacement this week, or a major network extension five years from now. The Design maintains the same process, user interface, planning data, and planning approach for all scenarios.

Within each Design are Versions that hold the plan and estimate. Each Design holds multiple Versions to represent alternative approaches, design refinements and milestone snapshots that can all be retained without losing previous estimates and thus providing full traceability of planning and cost changes across the investment lifecycle.

For end users, this means a single, intuitive, drag-and-drop process instead of disconnected planning methods across different scenarios and systems.

More importantly, this creates a persistent planning record that helps teams understand not only what is being delivered, but how and why the investment has changed over time.

Flexible Planning Components

Cobalt supports a range of planning components that users can drag and drop into a Plan:

• Planning Units: High-level conceptual building blocks used for early-stage planning and estimates, such as substations, transmission lines, or renewable energy assets.
• Construction Units: Detailed, reusable components that can include materials, labour, services, other units, and mappings to equipment and fixed assets.

The Plans within Designs are assembled by drag-and-drop of Planning and Construction Units, and SAP Materials and Work Centres, combining existing SAP master data with Cobalt-specific planning objects. For customers with prior investment in SAP Compatible Units, the possibility of incorporating these is also available.

Connecting Resources, Costs and Time

An investment plan is only dependable when scope, resources, cost, and timing are considered together. Treating these elements separately can make an estimate appear complete while limiting its value for procurement, workforce planning, and long-term investment decisions.

Plans are resource-based and may incorporate:

• Materials, labour, and services.
• Rates, costs, dates, and delivery durations.
• Taxes, contingency, and overheads.
• Customer contributions and supplier quotations.
• Exchange rates and future cost escalation.

For organisations looking to improve procurement planning, workforce forecasting and regulatory submissions, the availability of consistent resource data across the lifecycle represents a significant advantage.

Seamless Integration with SAP

A major challenge in asset investment planning is translating engineering plans, resource requirements, and estimates into the structures required by an organisation’s chosen SAP modules and non-SAP products. Cobalt automates this process.

A single resource-based design can be translated into the structures required by different execution environments:

• SAP Portfolio and Project Management: Value Category cost plans.
• SAP Project System: Cost Element planning for SAP WBS Elements.
• SAP Plant Maintenance: Construction-ready work orders containing materials, labour, and services.
• Non-SAP solutions: Connection through APIs or product-specific interfaces.

This reduces the need to reinterpret the same investment plan at every stage, helping preserve planning intent as work moves from portfolio decisions into project and operational execution.

Automating Technical Asset Creation

Cobalt supports the automated creation, update and removal of technical assets as Functional Location and Equipment records either directly in SAP or via stand-alone data quality tools. For organisations with standardised asset structures and business rules, entire asset hierarchies can be generated automatically from the design.

This eliminates the common disconnect between project delivery and asset management by ensuring that the information developed during planning directly supports the operational asset structures required after construction.

Better Visibility Through Analytics

Because all design and version information is managed consistently, Cobalt also enables more meaningful reporting and analytics.

Data is available to SAP Analytics Cloud or similar analytics tools, allowing organisations to analyse resource demand and skill requirements across the full scope of future project work, support regulatory reporting, and improve long-term investment planning.

The strategic value is not simply consolidated reporting. It is the ability to identify emerging resource constraints, understand the impact of design changes, and make portfolio decisions using consistent planning information.

Continuity Is Becoming a Core Asset Planning Capability

Asset investment planning will always involve uncertainty. Designs will change, priorities will shift, and estimates will mature as more information becomes available. The objective is not to eliminate that change, but to manage it without losing the context, traceability, and planning intelligence developed along the way.

For asset-intensive organisations, this makes continuity more than a process improvement. It becomes a business capability that connects investment decisions with project delivery, resource planning, construction, and the operational asset base.

Rizing Cobalt provides a common framework for developing and evolving cost and resource plans across portfolios, projects, and work orders. Through a consistent Design object, retained Versions, reusable planning components, automated SAP conversions, and technical asset creation, it helps organisations maintain a coherent planning record across the investment lifecycle.

The result is a more connected foundation for planning, one that can improve visibility, strengthen decision-making, and help teams move from concept to construction with greater confidence and consistency.

Explore a More Connected Approach to Asset Investment Planning

Every organisation has a different investment landscape, planning maturity, and SAP environment. Connect with Rizing and Wipro EAM experts to discuss your current planning challenges and explore practical approaches for bringing greater continuity to cost, resource, project, and asset planning.

About the Author:

John Dwyer

Global Life Sciences Lead