Dashboard
/Solar Management
AI-Powered Solar Monitoring Dashboard Design for EcoRay
4 Weeks
Project Duration
1
Primary User Persona Analyzed
4
Major Competitors Researched
EcoRay
Solar Management
Services
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UX Research
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UI/UX Design
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Design System
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Prototyping
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Data Visualization
Timeline
Project Duration
Total Duration
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Research:
2-3 Days
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Wireframe:
4-5 Days
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UI Design:
7-10 Days
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Prototype:
2-3 Days
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Dev Handover:
2 Days
Tools & technology
Project team
K.M. Imran Hossain
Graphic Designer
Md. Abdullah Al Mamun
Sr. UI/UX Designer
Md. Hasan Biswas
Technical Content Writer
The Challenge
Traditional solar platforms were overwhelming to use with lots of unnecessary data. Their cluttered interfaces were nowhere close to being user-friendly.
The Problem
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1
Scattered Data
Users struggled to find the most-important performance metrics.
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2
Unclear Insights
Complex charts confused the end user about energy balance.
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3
Delayed Monitoring
Missing real-time updates hindered fast responses.
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4
High Cognitive Load
Dense grids created frustration and stress.
Project Objectives
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Centralize Key Metrics
Design a dashboard for all primary solar KPIs.
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Visualize Energy Flow
Build clear charts for battery status.
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Provide AI Insights
Deliver smart alerts for system health.
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Reduce Visual Clutter
Create minimalist interfaces with high-contrast elements.
User Research
We analyzed how several homeowners interacted with the existing solar management tools. We worked on real-time tracking, simple controls, and clear health updates.
Miracle S.
Sustainability-Focused Homeowner
38 Years Old | Solar System User
Demographics
Location:
Austin, TX
System:
Residential Solar Array
Frustrations
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Reading complex data tables was time-consuming.
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Monitoring battery health seemed technical.
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Spotting system inefficiencies took too long.
Goals
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Monitor panel performance with ease.
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Maximize energy efficiency using real-time tracking.
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Manage solar output without technical complexity.
Marcus T.
Cost-Conscious Business Owner
45 Years Old | Retail Store Owner
Demographics
Location:
Phoenix, AZ
System:
Commercial Rooftop Solar
Frustrations
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Unpredictable energy bills hurt profit margins.
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Tracking return on investment took too much time.
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Complex software required dedicated staff training.
Goals
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Monitor daily financial savings clearly.
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Export simple system performance reports.
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Reduce peak-hour electrical grid consumption.
Elena R.
Data-Driven Optimizer
32 Years Old | Systems Engineer
Demographics
Location:
Denver, CO
System:
Residential Solar with Battery Storage
Frustrations
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Advanced performance metrics were lost in basic applications.
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Delayed data syncing prevented fast system adjustments.
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Weather changes lacked clear correlations with energy generation.
Goals
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Access granular power efficiency charts.
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Track battery charge cycles accurately.
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View historical data alongside local weather patterns.
Information Architecture
Based on our research findings, we created a complete data flow. Our priority was to centralize key performance indicators for immediate visibility.
Before Redesign
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Scattered data confused daily solar energy users
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Unclear performance metrics blocks actual system efficiency
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Delayed system updates prevented fast energy management decisions
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Massive data volumes overwhelmed average homeowners
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Complex digital interfaces complicated basic battery health tracking
After Redesign
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A single dashboard displays real-time solar energy data
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High-contrast visuals show live energy flow instantly
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Clear data cards track long-term battery health
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The AI-powered platform delivers precise power efficiency insights
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The new interface secures an 88% user efficiency rating
Wireframing
Pixxen’s dashboard designers tried different layout ideas to see how the data should be organized. We wanted to show only the most important information on the homepage.
Dashboard Wireframe
Key Decisions
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Prominent energy balance display
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Clear system control toggles
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Centralized weather impact data
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Simplified power efficiency charts
Interface Wireframe
Key Decisions
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Detailed solar usage graphs
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Battery status visualizations
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Clear historical data filters
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Removed unnecessary decorative elements
Data Visualization
Key Decisions
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Stacked horizontal bar charts for clear energy sourcing.
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Radial gauges to visualize goal-driven energy balance.
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Vertical segmented bars for scannable weather correlation.
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Polished aesthetics on consistent high-fidelity data cards.
Visual Identity
We chose Manrope as the primary typeface for this project. We used a primary green and secondary yellow color palette to bring a fresh, eco-centered feel.
The Solution
Now, let’s see which features are helping with effective solar energy management.
Feature 01
Real-Time Energy Tracking
EcoRay now continuously monitors power generation and consumption. The dashboard provides immediate visibility into system performance.
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Live Dashboards
To display the current energy balance instantly.
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Efficiency Metrics
To show power output against weather conditions.
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Battery Monitoring
To track storage health and current capacity.
80%
Usability Satisfaction
65%
Value Real-Time Tracking
Feature 02
AI-Driven Insights
This dashboard processes historical data to predict energy trends. The system alerts about necessary system optimizations when necessary.
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Smart Notifications
To warn about potential system issues early.
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Usage Predictions
To forecast energy generation based on weather data.
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Optimization Tips
To suggest actions to maximize power storage.
88%
Efficiency Improvement
24/7
System Monitoring
Feature 03
Minimalist Data Visualization
EcoRay also uses precise visual mapping to present complex data. The UI reduces cognitive load significantly.
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Clean Charts
To use subtle grids and high-contrast visuals.
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Segmented Bars
To provide quick and scannable historical insights.
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Great KPIs
To provide group related metrics in clear modular cards.
100%
Accessible Design
0%
Technical Expertise Required
Feature 04
Accessible System Controls
Users can now manage their solar infrastructure directly from the dashboard. The interface has effectively replaced complex backend settings with our input.
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Quick Toggles
To turn specific system functions on or off.
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Customizable Views
To adjust dashboard layouts based on user preference.
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Mobile Access
To monitor the system from any device.
65%
Desire More Customization
1
Centralized Hub
Dashboard Experience
EcoRay’s dashboard now presents data in a simple, clear way without any technical hassle. This makes managing sustainable power easy and efficient.
Take the First Step
From concept to MVP, from poor marketing strategy to powerful brand exposure - with Pixxen, you’re in good hands.