MYGRID – Smart Home Battery Monitoring App & UX UI Design

Scope of work

Development Roadmap

• The project spanned research, wireframing, and visual design. We began by studying user needs and power behavior, then developed low-fidelity structures, followed by clean, minimal visuals to reflect the app's smart energy focus.

Strategic Plan

Inside Design Thinking

• Our strategy addressed key usability gaps: users didn’t fully engage with the app to maintain battery health, often missed core optimization features, and faced navigation challenges. We focused on simplifying flows and highlighting smart charging tools to boost engagement and efficiency.

User Research

Designing Around User Needs

• Through in-depth user research, we uncovered key challenges that shaped our design approach. These insights allowed us to focus on simplicity, clarity, and usability — making MYGRID a seamless and intuitive solution for battery health monitoring and smart energy control.

Key User Metrics

• 33% — Login Friction

  Users struggled with login guidance, slowing down onboarding and increasing abandonment rates.

• 48% — Support Overload

  Nearly half of users submitted extra support requests, indicating usability gaps in the core experience.

• 67% — Forecast Inaccuracy

  Inaccurate data projections led to disrupted planning and reduced operational confidence.

User Profile

Solution Inspired by User Demands

• Brooklyn Simmons, a 27-year-old analyst, uses the app to improve battery life and monitor device status. Despite high interest in the app, he faces frequent issues like rapid drain, overheating, and unclear battery stats. These pain points drive the need for clearer insights and accurate indicators.

User Discussions & Insights

User interview & insights

• Interviews revealed that most users rely on apps to monitor battery health, yet still face lag, fast drain, and overheating. Key features like battery saver and alerts were seen as most effective in extending performance, while deeper insights were underused but desired. This helped define our UX priorities.

What Users Told Us

• 82% — App

  Most users rely on dedicated battery apps that offer clear visuals, real-time stats, and easy tracking of battery performance over time.

• 73% — Lag

  Lag is the top frustration, especially during multitasking. Users report that battery-intensive apps slow down the system noticeably.

• 74% — Saver

  Battery saver modes are the most trusted tool. Users appreciate automatic background restrictions and screen optimizations to extend battery duration.

User Survey

Monitoring vs. Insights

• Survey results shaped core decisions in the MYGRID UX/UI. 67% of users requested real-time battery tracking, while 53% wanted more detailed usage insights. This MYGRID example confirmed demand for visibility and actionable data. We optimized the interface around these expectations, improving conversion rate and retention.

Problem and Solution

Pain points became product priorities

• The MYGRID ux/ui design focused on two major issues: fast battery drain and poor system performance. The app solution introduced optimization algorithms to extend battery life and improved system efficiency to reduce churn. This MYGRID example helped raise user satisfaction through targeted problem-solving.

• Problem 1

  Battery drained 50% faster than expected, forcing users to recharge multiple times a day. This disrupted workflow, reduced mobility, and caused frustration during active use.

• Solution 1

  We implemented intelligent optimization algorithms that adjusted background activity and power consumption patterns. As a result, battery life improved by 30%, reducing the need for frequent recharging.

• Problem 2

  Device performance dropped by 40% under regular use, especially during multitasking. Lag, app crashes, and slow responses significantly affected user satisfaction and productivity.

• Solution 2

  We enhanced system-level efficiency through refined resource allocation and lighter UI processes. This led to a 25% boost in overall performance, enabling smoother navigation and faster operations.

Mobile app

Designed to Fit, Always

• The MYGRID project mobile app was built to simplify battery monitoring through a smart UX/UI approach. It includes real-time metrics, system insights, and usage patterns—all delivered through a clean and intuitive interface. With visual dashboards and data clarity, the MYGRID example improves user engagement and retention.
  
  The MYGRID UX/UI design prioritizes usability, showing energy status, projected usage, and module-specific tracking. These features support conversion through clear reporting and help lower churn with better transparency.

Smart Battery Insights

• Quick Intro

  MYGRID is a user-friendly app using advanced algorithms and real-time data to monitor and manage your device’s battery health.

• Real-time Monitoring

  Track battery performance continuously with an intuitive dashboard showing key metrics live.

• Usage Reports

  Access detailed reports on battery usage trends to make informed decisions and improve battery life.

Typography & Colors

Strong Visuals, Simple Type

• We crafted a clear, modern visual language to reflect MYGRID’s values of clarity, precision, and reliability. A geometric sans-serif font ensures readability, while a smart green anchors the palette, symbolizing energy and optimization. Neutral dark tones add depth, and soft yellow highlights guide user focus. The result is a consistent, accessible system that reinforces brand identity across every touchpoint.

Website Design

Design with Measurable Impact

• The MYGRID project website supports battery tech UX/UI with a clean structure. It highlights smart monitoring, performance tracking, and energy data with a product-focused layout.
  
  We used visual cues like charge indicators and real-time stats to improve user engagement and conversion. This MYGRID example simplifies product value through clear sections and intuitive hierarchy.

Result

Impact through intelligent design

• The MYGRID project led to a strong increase in user engagement and overall satisfaction. A simplified UX/UI improved clarity, while battery data visualization made navigation more intuitive.
  
  Performance monitoring accuracy and user retention both grew, driven by trust in the system. The app now supports more consistent usage and weekly sales growth.

Smart Battery Insights

• 11 — Sprints

  The project was executed over 11 focused sprints, ensuring thorough development and iterative improvements to meet all goals efficiently.

• 74% — Stability Index

  The app achieved a high stability index of 74%, reflecting reliable performance and minimal crashes or errors, enhancing user trust.

• +63% — User Growth

  After the redesign, user base grew by 63%, showing significant adoption and increased engagement with the app.

• 1K+ — Weekly Sales

  The platform supports over 1,000 sales per week, demonstrating strong commercial performance and user satisfaction.

Next steps

Next phase of collaboration

• The MYGRID project roadmap includes upcoming integrations with Apple Home and Google Home to expand ecosystem compatibility. These steps aim to increase user retention and streamline device connectivity.
  
  Following improvements in conversion and user engagement, we're focusing on scaling performance and driving new sales through extended compatibility. This MYGRID project example shows strong UX/UI potential for future growth.