Cyto
: solar power for the explorers
Cyto is a system of modular solar panels designed specifically for hiking and camping enthusiasts.
Its purpose is to seamlessly integrate renewable energy into outdoor adventures, providing power without disrupting the user's connection to nature.
Each module combines to form a scalable system, generating the energy required to enhance the comfort of any outdoor experience.
Problem
: insufficient energy supply for users' technology during outdoor adventures
Technology on the trails
Phone : Camera : Headlamp : GPS : Smart Watch : Headphones
Phone : Camera : Headlamp : GPS : Smart Watch : Headphones
Market Shortcomings
First, larger panels are more prone to damage and difficult to carry, limiting portability.
Second, most solar panels lack integrated storage, requiring external batteries or devices to store the power they generate.
Lastly, solar panels come in fixed sizes, which may not suit the varying needs of different trips.
First, larger panels are more prone to damage and difficult to carry, limiting portability.
Second, most solar panels lack integrated storage, requiring external batteries or devices to store the power they generate.
Lastly, solar panels come in fixed sizes, which may not suit the varying needs of different trips.
Goal
: design a durable renewable energy source for outdoor use that adapts to varying user needs
Ideation
Cytokinesis – Bement Lab – UW–Madison
Biomimicry
Cytokinesis / cy·to·ki·ne·sis
: the cytoplasmic division of a parental cell into two daughter cells
Cytoplasmic division begins during or after the late stages of nuclear division, ensuring that the chromosome number and complement are
preserved from one generation to the next. This process guarantees that daughter cells are functional copies of the parent cell.
The principles of cell reproduction served as inspiration for the geometry and interconnections within the system's modules.
Mood board
Solar Panel Module
: a flexible source of renewable energy
The solar panel module is built on a PET base, allowing it to flex for easy transport and enabling it to conform to uneven surfaces like tents or backpacks. Its modular design allows multiple units to be connected, increasing energy production as needed. This flexibility gives users the ability to adjust power generation based on specific needs and situations.
Each module is equipped with magnets and conductive nodes to align and create a secure electromagnetic field, ensuring efficient energy transfer.
Battery Pack Module
: energy on the go
Integrated into the solar panel, it serves as an energy storage system, allowing excess energy generated during daylight to be stored and used when sunlight is unavailable. The ability to store the generated power ensures a continuous power supply, even in low-light conditions or at night. The modular design allows users to add or remove battery packs based on their energy needs, offering flexibility for various scenarios.
Light Module
: it's time to get lit
The light module efficiently harnesses solar energy to provide lighting at night, enhancing the system’s utility. With energy-efficient LEDs, it ensures minimal power consumption. Additionally, the light module’s portability allows for independent operation without the need for electrical outlets, making the system versatile and adaptable.
The light module is powered by the battery pack module, allowing for independent operation.
Hook Module
: keep it connected
The hook module maximizes sun exposure by allowing the system to hang from a user's backpack while hiking. It offers hands-free operation and adapts to different settings, whether in motion or stationary. The hooks ensure secure attachment in various conditions, enhancing the system's durability and practicality for outdoor use.
Storyboard
Project:
Kansas State University
INDD 801 studio 2024