ETA+

From 1 meter reading a year to 96 a day, designing for business intelligence in the real estate industry.

ETA+ Analytics portfolio view

Portfolio overview: properties, consumption signals, and drill-down entry points.

Role

Senior Product Designer

Year

2023

Team

Product Owner
Technical Property Manager x3
Financial Analyst
+ me

Deliverables

UX Architecture, Design Prototype

How do you make sense of 96x more energy usage data?
Building managers, Financial Analysts, and Executives needed a way

5%-12%

Estimated yearly energy waste per property

300

Properties in portfolio

€520M

in loans tied to energy usage

"Our technicians have a clearer understanding of energy efficiency, but we have to manually sift through the data to find the most relevant insights."

Financial Analyst, Enterprise Customer

Going over a data file with a building technician

Going over a data file with a building technician.

Aggregating data in Excel was doing the job, to an extent.

A flat table view didn't convey what network each of the user’s servers were in. Additionally, any inquiry into this matter had to involve support or refer back to the original networking plan, which was supplied by Excel.

Power BI prototype exploring aggregated meter and property data.

Power BI prototype: cuts, filters, and metrics we tested with stakeholders.

Validating early by prototyping with PowerBI

To validate early on, we used Power BI. The goal was to aggregate the correct data while our customer guided us through their pain points. This approach allowed for real-time collaboration, that enabled us to understand the potential of discovering new insights.

UX architecture diagram and user flow sketches.

Information architecture and phased flows after prototype feedback.

Architecture and User Flows

Based on the feedback from the prototype, we started sketching out the architecture and user flows. It was a big project, so we had to break it down into smaller parts and phases

Map view showing properties and regional context for weather-normalized usage.

Geography and local weather as inputs to fair comparisons across sites.

Problem: Weather is local, and so is energy usage

One of the biggest challenges we faced was calculating energy usage based on weather. Since temperatures and weather patterns vary from one location to another, we needed to make sure that localized weather was taken into account for those calculations.

Where we landed

We delivered a proof of concept that allowed the customer to see the aggregated data in a well designed application. The app prioritized the ranking of properties based on their energy usage and efficiency.

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