Modular Biodegradable Battery Pods With On-Demand Electrolyte Activation
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Solution Overview
Problem
Current battery systems face challenges in achieving environmentally friendly and sustainable power solutions due to limitations in energy density, recycling difficulties, and the use of rare or harmful materials, leading to electronic waste and supply chain issues.
Innovation Solution
A modular biodegradable battery system using magnesium and copper electrodes with a biodegradable slurry electrolyte composed of organic material and vinegar, featuring a reusable modular base and activation mechanism for easy scaling and disposal.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Power
If traditional battery materials are used, then energy density and power output are improved, but environmental harm and electronic waste increase
Solution Approach 1:
The patent changes the chemical parameters of the battery system by replacing traditional electrolytes with biodegradable organic materials and vinegar-based solutions, and substituting rare earth metals with abundant materials like magnesium and copper. This parameter change maintains electrical functionality while eliminating persistent environmental harm and electronic waste issues.
Solution Approach 2:
The patent employs composite material structures combining biodegradable organic materials with vinegar-based electrolytes, and integrates multiple layers of biodegradable packaging materials. These composite materials provide both the necessary electrical conductivity for power output and the biodegradability required for environmental sustainability.
2Ease of operation
If modular design is implemented, then ease of replacement and scalability are improved, but device complexity increases
Solution Approach 1:
The patent divides the battery system into separate modular components: reusable base units and replaceable energy pods. Each pod contains its own electrodes, biodegradable electrolyte, and packaging materials as independent functional units. This segmentation enables easy replacement of depleted pods without affecting the base unit or other pods, significantly improving ease of operation while maintaining manageable system complexity through standardized interfaces.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The system provides reliable power output while minimizing environmental impact through biodegradability, scalability, and easy replacement, reducing ecological footprint and waste.
Implementation Method 1
each energy pod including: a first electrode and a second electrode; a compartment containing organic material; a separate compartment containing vinegar; an activation mechanism configured to initiate mixing of the organic material and the vinegar to create a biodegradable slurry mixture
Implementation Method 2
a biodegradable slurry mixture; The system provides reliable power output while minimizing environmental impact through biodegradability
Data Source
AI summary
The present disclosure provides a modular biodegradable battery system addressing limitations of conventional batteries. The system comprises removable energy pods, each containing a first electrode, a second electrode, separate compartments for organic material and vinegar, and an activation mechanism to mix these components into a biodegradable slurry. A reusable modular base removably couples with the energy pods. This design enables customizable power configurations while utilizing environmentally friendly materials. The activation mechanism allows on-demand power generation, overcoming shelf-life issues of pre-mixed biodegradable batteries. The modular base facilitates easy replacement of depleted pods and supports series or parallel connections for voltage or current amplification. This system offers a sustainable alternative to traditional batteries, reducing electronic waste and environmental impact.