TL;DR
- Project Overview: Addressing the significant greenhouse gas emissions from construction, aiming to inform users for sustainable choices.
- Scope and Constraints: No cost limit, a tight 6-week timeframe, and a shift from owner builders to homeowners.
- Assumed User Problem: Australian homeowners (30-60) seek sustainable housing options but struggle to find relevant information.
- Transparency is key: Insights from 10 homeowners emphasized transparency, electricity usage concerns, pricing, and government involvement.
- Pivot to energy usage: Refocusing on energy transparency to alleviate bill shock and promote sustainability, aiming for customer retention.
- Breakdown of usage & setting limits: Workshoped with 3 users guided MVP features: usage graphs, activity breakdowns, and setting monthly limits.
- Info hierarchy still unclear: Material UI used for design, with insights from testing highlighting clarity issues in account info and navigation.
- Validation: Hi-fidelity testing with 5 users led to refinements like a green banner and more feedback on usage graphs.
- Learnings: Developed skills in design thinking, time management, intuition-trust, and flexibility, with insights for faster iterations and intentional design application.
About Enerlyze
Enerlyze is a personal project to explore household energy usage solutions
Scope and Constraints
No cost constraint, the time of this project was restricted to 6 weeks. Scope was planned out at the beginning with the focus changing at the beginning of the project from owner builders to homeowners.
Assumed User Problem
Environmentally conscious Australian homeowners between 30-60 are frustrated about sustainable housing options they need easy-to-find information relevant to their project but struggle to find it.
Transparency is key
Surveying 10 homeowners. I found they don’t research sustainable home design. They use professionals to make informed decisions. I prepared interview questions to focus on sustainable choices in and around the home instead. During the interviews, the following insights were uncovered:
- Transparency and up-to-date data so that they can affect their usage.
- Electricity usage is the main concern
- Better pricing so they can improve their access to products and services that impact the environment.
- Greater Government and company involvement so they can improve their access to products.
Pivot to energy usage
I refocused the application around the user problem of Energy usage transparency. Learning that **bill shock can be reduced by giving users more control of their usage and precise data at critical moments. Having the flow-on effect of helping them be more sustainable. They can be easily retained as a customer if we provide them with competitive deals and a transparent comparison of energy-provider options.
Breakdown of usage & setting limits
- A graph or diagram to explain usage.
- Day-by-day breakdown of energy-draining activities.
- Allowing users to set monthly limits in terms of money/usage.
Information Architecture I conducted an open card sort bringing users in to inform them how it should look to them. Areas expected by consensus of 5 participants were the following pages: Bill payment, Home screen, Overall usage, Appliance usage, and a My account/support page.
