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Where energy literacy begins at the very first charging moment.
AI Energy Explorer is a dual-system experience designed to bridge the gap between energy awareness and real-world charging behavior. By combining a parent-facing smart charging app with a child-facing interactive game, the system turns EV charging decisions into a collaborative family activity rooted in everyday routines. Through immersive storytelling, real-time scheduling recommendations, and tangible rewards, the project transforms peak–valley energy concepts into understandable, actionable, and habit-forming behaviors—making sustainable charging part of daily life rather than a conscious burden.
problem
As EV adoption accelerates, peak-hour charging places growing pressure on the power grid, yet most users lack the awareness, motivation, or clarity needed to actively participate in off-peak charging programs.
solution
Create a family-centered energy education system that uses intelligent scheduling, playful learning, and real-world incentives to guide users toward off-peak EV charging and long-term sustainable energy habits.
How might we encourage families to adopt off-peak EV charging behaviors by transforming abstract energy concepts into intuitive, shared, and rewarding everyday experiences?
This project introduces a dual-system solution to help families manage EV charging more efficiently. The parent-facing app provides real-world charging scheduling and peak–valley electricity recommendations, while the child-facing game immerses kids in energy-themed adventures across five interactive scenarios—from space islands to solar valleys. Through coordinated choices, both generations develop a shared understanding of energy literacy, making smarter grid decisions part of daily life.
How might we encourage families to adopt off-peak EV charging behaviors by transforming abstract energy concepts into intuitive, shared, and rewarding everyday experiences?
This project introduces a dual-system solution to help families manage EV charging more efficiently. The parent-facing app provides real-world charging scheduling and peak–valley electricity recommendations, while the child-facing game immerses kids in energy-themed adventures across five interactive scenarios—from space islands to solar valleys. Through coordinated choices, both generations develop a shared understanding of energy literacy, making smarter grid decisions part of daily life.
How might we encourage families to adopt off-peak EV charging behaviors by transforming abstract energy concepts into intuitive, shared, and rewarding everyday experiences?
This project introduces a dual-system solution to help families manage EV charging more efficiently. The parent-facing app provides real-world charging scheduling and peak–valley electricity recommendations, while the child-facing game immerses kids in energy-themed adventures across five interactive scenarios—from space islands to solar valleys. Through coordinated choices, both generations develop a shared understanding of energy literacy, making smarter grid decisions part of daily life.
How might we encourage families to adopt off-peak EV charging behaviors by transforming abstract energy concepts into intuitive, shared, and rewarding everyday experiences?
This project introduces a dual-system solution to help families manage EV charging more efficiently. The parent-facing app provides real-world charging scheduling and peak–valley electricity recommendations, while the child-facing game immerses kids in energy-themed adventures across five interactive scenarios—from space islands to solar valleys. Through coordinated choices, both generations develop a shared understanding of energy literacy, making smarter grid decisions part of daily life.
year
2024
year
2024
year
2024
year
2024
timeframe
3 month
timeframe
3 month
timeframe
3 month
timeframe
3 month
tools
Smart Charging Behavior｜Family App + Educational Game｜Unity
tools
Smart Charging Behavior｜Family App + Educational Game｜Unity
tools
Smart Charging Behavior｜Family App + Educational Game｜Unity
tools
Smart Charging Behavior｜Family App + Educational Game｜Unity
category
Personal Project
category
Personal Project
category
Personal Project
category
Personal Project
01 RESEARCH
Vehicle Delivery Site User Flow
To better understand user behavior and mindset during the delivery process, we analyzed the spatial flow of Tesla delivery centers.
Vehicle Delivery Site User Flow
To better understand user behavior and mindset during the delivery process, we analyzed the spatial flow of Tesla delivery centers.
Vehicle Delivery Site User Flow
To better understand user behavior and mindset during the delivery process, we analyzed the spatial flow of Tesla delivery centers.
Vehicle Delivery Site User Flow
To better understand user behavior and mindset during the delivery process, we analyzed the spatial flow of Tesla delivery centers.
Who will lead smart charging?
Most mainstream EV brands rely on third-party charging networks, making it difficult to align user behavior with grid response.
Who will lead smart charging?
Most mainstream EV brands rely on third-party charging networks, making it difficult to align user behavior with grid response.
Who will lead smart charging?
Most mainstream EV brands rely on third-party charging networks, making it difficult to align user behavior with grid response.
Who will lead smart charging?
Most mainstream EV brands rely on third-party charging networks, making it difficult to align user behavior with grid response.
Kano Model
To further validate feature priorities, we conducted a KANO survey and gathered 128 responses to identify functions with strong demand and potential appeal.
Kano Model
To further validate feature priorities, we conducted a KANO survey and gathered 128 responses to identify functions with strong demand and potential appeal.
Kano Model
To further validate feature priorities, we conducted a KANO survey and gathered 128 responses to identify functions with strong demand and potential appeal.
Kano Model
To further validate feature priorities, we conducted a KANO survey and gathered 128 responses to identify functions with strong demand and potential appeal.
RESEARCH of Tesla Shop
Vehicle Delivery Site User Flow
To better understand user behavior and mindset during the delivery process, we analyzed the spatial flow of Tesla delivery centers.
Vehicle Delivery Site User Flow
To better understand user behavior and mindset during the delivery process, we analyzed the spatial flow of Tesla delivery centers.
Vehicle Delivery Site User Flow
To better understand user behavior and mindset during the delivery process, we analyzed the spatial flow of Tesla delivery centers.
Vehicle Delivery Site User Flow
To better understand user behavior and mindset during the delivery process, we analyzed the spatial flow of Tesla delivery centers.
Design Aim
Design a space system that addresses real user pain points while fostering future engagement , turning the delivery site into a gateway for energy literacy.
Who’s Involved in the Delivery Experience?
Design Aim
Design a space system that addresses real user pain points while fostering future engagement , turning the delivery site into a gateway for energy literacy.
Who’s Involved in the Delivery Experience?
Design Aim
Design a space system that addresses real user pain points while fostering future engagement , turning the delivery site into a gateway for energy literacy.
Who’s Involved in the Delivery Experience?
Design Aim
Design a space system that addresses real user pain points while fostering future engagement , turning the delivery site into a gateway for energy literacy.
Who’s Involved in the Delivery Experience?
How to achieve？
Based on spatial flow and parent-child behavioral patterns, I plan to design a game experience mechanism that connects with real-world energy contexts at the delivery site.
How to achieve？
Based on spatial flow and parent-child behavioral patterns, I plan to design a game experience mechanism that connects with real-world energy contexts at the delivery site.
How to achieve？
Based on spatial flow and parent-child behavioral patterns, I plan to design a game experience mechanism that connects with real-world energy contexts at the delivery site.
How to achieve？
Based on spatial flow and parent-child behavioral patterns, I plan to design a game experience mechanism that connects with real-world energy contexts at the delivery site.
03 IDEATION
Transform the abstract concept of “off-peak charging” into interactive tasks that children can understand, sparking parent-child co-learning and interest in sustainable travel.
STUDY PROCESS
Transform the abstract concept of “off-peak charging” into interactive tasks that children can understand, sparking parent-child co-learning and interest in sustainable travel.
STUDY PROCESS
Transform the abstract concept of “off-peak charging” into interactive tasks that children can understand, sparking parent-child co-learning and interest in sustainable travel.
STUDY PROCESS
Transform the abstract concept of “off-peak charging” into interactive tasks that children can understand, sparking parent-child co-learning and interest in sustainable travel.
STUDY PROCESS
04 DESIGN
Game Prologue
On Mars, the “Midas” Starlink Energy Base relies on intelligent systems to manage all energy flow. Titi’s father, an energy systems engineer, fell into a coma after a mysterious system collapse, leaving the base in low-power mode.
Awakened by a mysterious cat, Titi begins a journey to restore the base’s energy — exploring D different place to awaken the sleeping power network.
Character design
Game Prologue
On Mars, the “Midas” Starlink Energy Base relies on intelligent systems to manage all energy flow. Titi’s father, an energy systems engineer, fell into a coma after a mysterious system collapse, leaving the base in low-power mode.
Awakened by a mysterious cat, Titi begins a journey to restore the base’s energy — exploring D different place to awaken the sleeping power network.
Character design
Game Prologue
On Mars, the “Midas” Starlink Energy Base relies on intelligent systems to manage all energy flow. Titi’s father, an energy systems engineer, fell into a coma after a mysterious system collapse, leaving the base in low-power mode.
Awakened by a mysterious cat, Titi begins a journey to restore the base’s energy — exploring D different place to awaken the sleeping power network.
Character design
Game Prologue
On Mars, the “Midas” Starlink Energy Base relies on intelligent systems to manage all energy flow. Titi’s father, an energy systems engineer, fell into a coma after a mysterious system collapse, leaving the base in low-power mode.
Awakened by a mysterious cat, Titi begins a journey to restore the base’s energy — exploring D different place to awaken the sleeping power network.
Character design
Design process
Design process
Design process
Design process
Game Journey
Game Journey
Game Journey
Game Journey
Game level
Game level
Game level
Game level
see also
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I’m currently exploring new opportunities for collaboration — whether in research, design, or creative practice
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I’m currently exploring new opportunities for collaboration — whether in research, design, or creative practice
.say hello
I’m currently exploring new opportunities for collaboration — whether in research, design, or creative practice
.say hello