

What is Solarx
A subscription-based solar EV charger utilizing second-life panels from used EV batteries for convenient on-the-go charging.
A subscription-based solar EV charger utilizing second-life panels from used EV batteries for convenient on-the-go charging.
Project Type
Industrial Design
Service Design
My Role
Designer
(Independent work)
Time Length
June 2023 - Dec 2023
Solarx Installation Demo

Background
According to a study by Oxford University, 76% of researchers use AI tools in their work. However, only 16% of those tools are designed for research, learning and data visualization.
According to a study by Oxford University, 76% of researchers use AI tools in their work. However, only 16% of those tools are designed for research, learning and data visualization.
What we want to rennovate
Steep Learning Curve
Steep Learning Curve
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Lack of Growth Mindset
Lack of Growth Mindset
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Limited Flexibility for Complex Visuals
Limited Flexibility for Complex Visuals
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xxxxxxxxxxxx
Research & Discover
Unbalanced demand and resources
There are many unseen consequences of green driving, but the market demand of EV car has been rising.
There are many unseen consequences of green driving, but the market demand of EV car has been rising.


2/3
of EV battery recharge electricity is sourced from fossil fuels, a major contributor to the nation's greenhouse gas emissions.
of EV battery recharge electricity is sourced from fossil fuels, a major contributor to the nation's greenhouse gas emissions.


50%
of all fires in waste processing are caused by Lithium batteries disposal.
of all fires in waste processing are caused by Lithium batteries disposal.
As US aims for EVs to capture of 50% the car market by 2030.
The number of EVs on UX roads is projected to reach 26.4M.

How might we ease the future sustainable crisis and also meet the demand?
How might we ease the future sustainable crisis and also meet the demand?









Concept Design
Recycle chain
SOLARX enables a swift 4-minute charging rack installation. Upon the end of the rental subscription, drivers are expected to return the rack. The batteries within these racks are crafted from recycled EV batteries collected by car manufacturers, undergoing refurbishment processes in factories.






Electromagnetic Wireless Charging
Contactless charging uses electromagnetic fields to transfer energy between a pad on the ground or integrated into infrastructure and a receiver on the electric vehicle. The electromagnetic size will be minimized and integrated into a secure charging rack to be firmly placed on the car.









The final visual is an integration of design features from many sketches. I aimed for the final visual to have a streamlined appearance while still capturing the bold essence that reflects the SOLARX brand and its empowering nature.


Final Look
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The challenges primarily center on battery recycling techniques and expanding the reach of ideas like SOLARX to a broader audience. However, I believe this future is not distant, given the exponential growth in the use of electronic cars each year.



The adoption of technologies like renewable energy solutions, IoT (Internet of Things) connectivity, and data analytics allows us to operate more sustainably while gaining valuable insights into user behavior and system performance. Furthermore, a tech-savvy image can attract environmentally conscious consumers and contribute to the overall brand appeal.

What is Solarx
A subscription-based solar EV charger utilizing second-life panels from used EV batteries for convenient on-the-go charging.
Project Type
Industrial Design
Service Design
My Role
Designer
(Independent work)
Time Length
June 2023 - Dec 2023
Solarx Installation Demo

Background
According to a study by Oxford University, 76% of researchers use AI tools in their work. However, only 16% of those tools are designed for research, learning and data visualization.
What we want to rennovate
Steep Learning Curve
xxxxxxxxxxx
Lack of Growth Mindset
xxxxxxxxxxxxx
Limited Flexibility for Complex Visuals
xxxxxxxxxxxx
Research & Discover
Unbalanced demand and resources
There are many unseen consequences of green driving, but the market demand of EV car has been rising.

2/3
of EV battery recharge electricity is sourced from fossil fuels, a major contributor to the nation's greenhouse gas emissions.

50%
of all fires in waste processing are caused by Lithium batteries disposal.
As US aims for EVs to capture of 50% the car market by 2030.
The number of EVs on UX roads is projected to reach 26.4M.

How might we ease the future sustainable crisis and also meet the demand?



Concept Design
Recycle chain
SOLARX enables a swift 4-minute charging rack installation. Upon the end of the rental subscription, drivers are expected to return the rack. The batteries within these racks are crafted from recycled EV batteries collected by car manufacturers, undergoing refurbishment processes in factories.




Electromagnetic Wireless Charging
Contactless charging uses electromagnetic fields to transfer energy between a pad on the ground or integrated into infrastructure and a receiver on the electric vehicle. The electromagnetic size will be minimized and integrated into a secure charging rack to be firmly placed on the car.



The final visual is an integration of design features from many sketches. I aimed for the final visual to have a streamlined appearance while still capturing the bold essence that reflects the SOLARX brand and its empowering nature.

Final Look
HeheheheheheheheHeheheheheheheheHeheheheheheheheHeheheheheheheheHeheheheheheheheHeheheheheheheheHeheheheheheheheHeheheheheheheheHeheheheheheheheHeheheheheheheheHeheheheheheheheHeheheheheheheheHeheheheheheheheHeheheheheheheheHeheheheheheheheHeheheheheheheheHeheh
The challenges primarily center on battery recycling techniques and expanding the reach of ideas like SOLARX to a broader audience. However, I believe this future is not distant, given the exponential growth in the use of electronic cars each year.


