# Life Cells for future energy systems: adaptation, evolution and exploration

## TL;DR

Life Cells are bio-inspired batteries that autonomously manage energy like living systems, offering sustainable and intelligent energy solutions.

## Contribution

Introduces Life Cells, a novel concept of bio-inspired batteries that mimic biological energy management for sustainable energy systems.

## Key findings

- Life Cells aim to autonomously acquire, convert, store, and utilize energy.
- The review discusses biomimetic materials and system architectures for Life Cells.
- Challenges and future opportunities for advancing LC technology are outlined.

## Abstract

Current battery technologies are essential for energy systems but are hindered by limitations such as low energy density, limited functionality, environmental hazards, and safety concerns, restricting their ability to meet growing global energy demands. In contrast, biological systems have evolved highly efficient, adaptive, and sustainable energy management strategies over billions of years. This review introduces ‘Life Cells’ (LCs), bio-inspired batteries designed to replicate these biological principles, enabling autonomous energy acquisition, conversion, storage, and utilization. We examine their core mechanisms, biomimetic materials, and system architectures. Furthermore, we discuss the challenges, strategies, and future opportunities for advancing LC technology and its potential applications in next-generation sustainable energy solutions.

Future batteries won’t just store energy, they will ‘live’. Inspired by billions of years of biological evolution, Life Cells (LCs) are a revolutionary class of batteries designed to autonomously acquire, convert, store, and utilize energy, paving the way for truly sustainable and intelligent power solutions.