Bentonet – Loadflow, Run-Info, Statusboard
Task
For the client Bentonet, mohr:media designed the user experience for the LoadFlow application, an innovative tool for the digitalized measurement of load flows in distribution networks. The goal was to create an intuitive and well-structured app interface that enables distribution network operators to visualize load flows at feeders of local substations and cable distribution cabinets in real time and to identify network bottlenecks at an early stage.
Challenge
Digitizing complex network data requires a clear presentation of a wide range of measured values such as voltages, currents, and power metrics, which are queried at one-minute intervals. At the same time, different levels of detail and historical data needed to remain accessible without compromising usability.
In addition, warning functions for threshold and limit violations had to be integrated in a way that allowed for fast and flexible configuration and distribution via push notifications.
Solution Approach
mohr:media developed a modern, user-centered interface with a strong focus on usability and clarity. By clearly visualizing three-phase voltages, currents including the neutral conductor, as well as active, reactive, and apparent power, the app enables rapid situation assessment.
Flexibly configurable charts and live views ensure transparency. In addition, customizable notification groups were introduced to easily manage responsibilities when warnings are triggered.
Methodology
The work followed an iterative, user-centered UX approach to make complex network data easy to understand. Prototyping, user feedback, and close collaboration with development teams ensured an intuitive user experience. The integration of current UI standards and design guidelines resulted in a high-performance, responsive browser-based app that can also be used on tablets.
Key methods applied in this project included:
- Personas
- Customer Journey Map ping
- Contextual Interviews
- Wireframing
- Prototyping
The following tools were used for implementation:
- Figma for concept development, UI design, and prototyping
- Adobe Creative Cloud for creating and editing graphics and illustrations
- Miro for concept work and workshops
- Concepts for sketching and low-fidelity prototyping
Outcome
With the redesigned LoadFlow app, Bentonet enables distribution network operators to benefit from improved network planning and increased grid security. Network bottlenecks can be identified early, helping to avoid costly repairs. The modern interface allows operators to effectively monitor influences such as electromobility and fluctuating energy generation.
Push notifications simplify monitoring without the need for constant login. Overall, the project contributes to more efficient and secure grid management.
Visit Bentonet
Task
For the client Bentonet, mohr:media designed the user experience for the LoadFlow application, an innovative tool for the digitalized measurement of load flows in distribution networks. The goal was to create an intuitive and well-structured app interface that enables distribution network operators to visualize load flows at feeders of local substations and cable distribution cabinets in real time and to identify network bottlenecks at an early stage.
Challenge
Digitizing complex network data requires a clear presentation of a wide range of measured values such as voltages, currents, and power metrics, which are queried at one-minute intervals. At the same time, different levels of detail and historical data needed to remain accessible without compromising usability.
In addition, warning functions for threshold and limit violations had to be integrated in a way that allowed for fast and flexible configuration and distribution via push notifications.
Solution Approach
mohr:media developed a modern, user-centered interface with a strong focus on usability and clarity. By clearly visualizing three-phase voltages, currents including the neutral conductor, as well as active, reactive, and apparent power, the app enables rapid situation assessment.
Flexibly configurable charts and live views ensure transparency. In addition, customizable notification groups were introduced to easily manage responsibilities when warnings are triggered.
Methodology
The work followed an iterative, user-centered UX approach to make complex network data easy to understand. Prototyping, user feedback, and close collaboration with development teams ensured an intuitive user experience. The integration of current UI standards and design guidelines resulted in a high-performance, responsive browser-based app that can also be used on tablets.
Key methods applied in this project included:
- Personas
- Customer Journey Map ping
- Contextual Interviews
- Wireframing
- Prototyping
The following tools were used for implementation:
- Figma for concept development, UI design, and prototyping
- Adobe Creative Cloud for creating and editing graphics and illustrations
- Miro for concept work and workshops
- Concepts for sketching and low-fidelity prototyping
Outcome
With the redesigned LoadFlow app, Bentonet enables distribution network operators to benefit from improved network planning and increased grid security. Network bottlenecks can be identified early, helping to avoid costly repairs. The modern interface allows operators to effectively monitor influences such as electromobility and fluctuating energy generation.
Push notifications simplify monitoring without the need for constant login. Overall, the project contributes to more efficient and secure grid management.
Visit Bentonet
Push notifications simplify monitoring without the need for constant login. Overall, the project contributes to more efficient and secure grid management.
Visit Bentonet
Mohr Media GmbH & Co. KG
UI / UX Design and Usability Engineering
Lindenweg 5
D–79183 Waldkirch