Structuring the Power Platform for production use cases

This article is part of a small series about my specialist onboarding app. The main use case is described here.

Introduction

Microsoft Power Platform makes it very easy to build useful solutions in a short amount of time. With tools like Power Apps and Power Automate, even relatively small use cases can be implemented quickly and start delivering value almost immediately.
When I started working more seriously with the platform, I noticed that structure becomes important quite quickly once these solutions move beyond simple experiments. Even small implementations benefit from some basic conventions around environments, component grouping, and naming. Without that, it becomes harder over time to understand how components relate to each other or how changes should be made safely.
In this article I describe the simple structure I currently use when building solutions with Power Platform that are intended for productive use. The goal is not to introduce a full enterprise governance model, but rather to establish a clean and practical foundation for small production workloads.

Why structure matters

Solutions built with the Power Platform often start as small experiments. A flow is created to automate a task, or a simple app is built to support a specific process.
As more components are added over time, it can become harder to keep track of how everything fits together. Without some basic structure, it is not always obvious which flows belong together, where new components should be created, or how changes should be introduced safely.
Even for relatively small projects, a few simple conventions can already make a noticeable difference. Using a dedicated environment, grouping related components logically, and applying consistent naming helps keep things understandable as the project evolves.
The following sections describe the structural decisions I currently use when building solutions with the Power Platform that are intended for productive use.

Environment strategy

The Power Platform provides a Default environment that is available to all users, and it is often the place where many apps and flows appear over time.
While this makes it easy to experiment with the platform, I prefer not to build structured projects directly in the Default environment. Once several apps and flows exist in the same place, it becomes harder to understand which components belong together and which ones are actually part of a maintained project.
For projects that are intended to be used regularly, I prefer working in a dedicated environment. This keeps experimentation and structured projects separated and makes the overall setup easier to understand.

Default Environment vs. Dedicated Environment

In my approach, the Default environment mainly remains a place for experimentation and smaller personal automations. Solutions that are meant to support an actual process are instead built in a dedicated environment.
A simple setup can look like this:

Default Environment
    experimentation


Production Environment
    productive solutions

This already introduces a basic level of structure while still keeping the overall environment strategy very simple.

Production-only approach for small teams

In many IT environments it is common to separate workloads across multiple environments such as Development, Test, and Production. As a systems engineer I have seen this model used frequently for infrastructure and application platforms.
Power Platform can be structured in a similar way. However, for smaller projects or learning scenarios this can quickly introduce more complexity than necessary.
For the approach described in this article, I work with a single dedicated environment for productive use cases. The Default environment is not used for these projects and remains available for experimentation.
If projects grow in size or complexity, additional environments and more advanced deployment practices can always be introduced later.

Solution strategy

The Power Platform provides a concept called Solutions, which are used to group and manage related components such as apps, flows, and environment variables.
In my projects, I use Solutions as the primary way to organize components that belong to the same use case. This makes it easier to understand how different parts of a project relate to each other and simplifies deployment and maintenance later on.

One Solution per use case

A principle I try to follow is to create one Solution per use case. In practice, this means that all components required for a specific use case are grouped inside the same Solution. This typically includes the Power App, the related flows, and supporting components such as connections.
Keeping everything related to a use case inside one Solution makes the structure easier to understand and reduces the risk that components are scattered across the environment.

Managing dependencies

Solutions also help managing dependencies between components. When apps and flows are created inside the same Solution, Power Platform keeps track of the relationships between them.
This becomes particularly useful when a Solution is moved between environments, because the platform already knows which components belong together.

The following example illustrates how the structure I described can look in a simple Power Platform setup.

Default Environment
    Experiments / Personal Automations


Production Environment
    Solution: Use Case A
        Power App
        Flow

    Solution: Use Case B
        Power App
        Flow

    Solution: Use Case C
        Flow

Managed vs. Unmanaged Solutions

When working with Solutions in the Power Platform, they can exist in two different forms: unmanaged and managed.
While building a project, I work with an unmanaged Solution. In this form, apps, flows, and other components can be edited freely, which makes it practical during development or when changes are needed later.
A managed Solution is used when moving a Solution to another environment. In that state, the components are locked and cannot be modified directly. Any changes are made in the original unmanaged Solution and then deployed again.
In practice, my workflow is simple. I build and update the project in an unmanaged Solution and import it as a managed Solution when it is moved to another environment. This keeps development flexible while reducing the risk of accidental changes once the Solution is used in a productive environment.

Naming Conventions

When building solutions with the Power Platform, naming quickly becomes important. As more apps, flows, and other components appear in an environment, clear names make it much easier to understand what each component is used for.
In my projects, I try to keep naming simple and consistent so that components remain understandable even after some time has passed. Two aspects turned out to be particularly important: choosing meaningful names when components are created, and using simple prefixes to make related components easier to identify.

Display Name vs. Internal Name

In the Power Platform, each component has a display name and an internal name. The display name is what users see in the interface and can be changed later without much impact. The internal name, however, is created when the component is first created and usually remains unchanged afterwards.
Because of this, I try to choose names carefully when creating new components, especially when working inside a Solution where the internal names become part of the overall structure.

Prefix strategy

I also use simple prefixes to make components easier to identify. For the Solution itself, I use a prefix that represents the organization. For flows, I use a shorter prefix that relates to the specific use case or project. This helps when looking at lists of flows or other components in the environment, because it becomes easier to see which elements belong together.
The goal is not to create complicated naming rules, but simply to keep things easy to recognize and understand.

Scope Boundaries

The structure described in this article is intentionally simple. My goal is not to design a complete governance or ALM model for the Power Platform. Instead, this approach focuses on creating a clean and understandable structure for smaller projects that are intended for productive use. If my projects grow in size or complexity, I can always introduce additional environments, deployment pipelines, or more advanced governance practices later.

Conclusion

Power Platform makes it easy to build useful solutions very quickly. As projects grow beyond simple experiments, having a clear structure becomes even more important.
The approach I described in this article focuses on a few practical decisions: separating experimentation from structured work, organizing components in Solutions, and using simple naming conventions.
For me, even this small amount of structure already makes a noticeable difference. It keeps projects easier to understand, maintain, and evolve over time.