About Us

Revolutionizing Battery Technology for a Sustainable Future.


MANA.energy creates high-performance, eco-friendly battery materials for wearable tech and energy storage. Power the future—sustainably.

Technology

Silicon- & Sulfur-Polymer Electrodes for Next-Gen Batteries


MANA.energy’s breakthrough technology centers on silicon and sulfur electrodes, offering 5x higher energy density than commercial alternatives. Our patented microporous polymer encapsulation ensures stability and durability, making our batteries ideal for flexible, high-performance applications.

MANA.energy Battery Design
Conventional Battery Design

Validated by:

1x Proof-of-Concept Grant (EU)
1x Transfer Grant (DE)
2x Granted Patents (PCT)
1x Incubator (DE)

Products

Tailored Solutions for Emerging Industries


1. Ink-Formulations for Battery Manufacturers & Suppliers

Our customizable ink-formulations, made from silicon and sulfur, enhance battery production processes by delivering higher energy density, flexibility, and sustainability. Designed for easy integration, these inks provide a performance boost for manufacturers looking to improve their battery offerings.


2. Customizable Electrodes & Fully Assembled Batteries

We provide stand-alone electrodes and fully assembled batteries tailored for niche applications like wearable electronics, IoT devices, and smart labels. MANA products offer superior capacity, flexibility, and thermal durability, setting new benchmarks in energy storage solutions.


Sustainability

A Greener Approach to Battery Production & Recycling


At MANA.energy, we prioritize sustainability by using Earth-abundant materials like silicon, sulfur, carbon, and nitrogen. Our batteries eliminate rare, toxic metals and reduce harmful organic solvents, aiming for CO2-neutral production by 2027. This aligns with the EU’s climate goals, offering a greener, more sustainable future for energy storage.

MANA.energy Active Materials
Conventional Active Materials

MANA.energy’s battery design simplifies recycling. Unlike conventional NMC batteries, which face low lithium recovery rates (around 10%) and complex recycling processes, MANA batteries allow for up to 90% lithium recovery, making the process more efficient and eco-friendly.

MANA.energy Lithium Recycling
Conventional Lithium Recycling

Team


Barbora Balcarova (CEO)

Barbora brings expertise in analytical chemistry and polymer science, previously working with leading research institutions like the Max Planck Institute. As CEO, she leads MANA’s mission to innovate sustainable battery technologies and manage business development.


Prof. Dr. Michael J. Bojdys (CTO)

A professor and nanotechnology expert, Michael focuses on sustainable materials and energy storage. As CTO, he drives the technical development of MANA’s breakthrough battery solutions, ensuring their performance and scalability.