We address the key challenges of today’s batteries — affordability, sustainability, and safety — by delivering the next generation of zing-ion energy storage technology.
We meet the demands of tomorrow, today.
Enerpoly's zinc-ion technology uses zinc metal as anode, manganese dioxide as cathode and a water-based electrolyte. The zinc-ion plays a vital role.
Upon discharge, the zinc metal dissolves to zinc-ions on the anode. These ions are shuttled across the electrolyte and are consumed on the cathode, producing electricity. The reverse applies during charge and enables rechargeability of the zinc-ion battery.
Suppressed zinc dendrite formation on anode
Patented cathode material to improve performance
Optimized electrolyte to maximize battery lifetime
25% lower
cell cost а
100% European supply chain
100x more abundant
materials a
70% less
CO₂ a
Fully
recyclable
No fire
hazards
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Our applications
Our patented technology offers a safe, low-maintenance solution that is globally deployable due to the availability of readily accessible materials. With its modular design, our zinc-ion battery platform accelerates the clean energy transition. Essentially, zinc-ion batteries can be used for just about anything.
Our applications
The proprietary zinc-ion battery cell-module is designed to provide safer, cleaner energy storage. It is a modular unit.
Dimensions (WxHxT)
400 X 120 X 15 mm
Weight
2.2 KG
Nominal voltage
24 V
Nominal capacity
9.4 Ah
Effience
~90%
Max C-rate
C / 2
SoC Window
0 - 100%
Temperature range
-10°C to +50°C
Recommended
-10°C to +50°C
The battery pack is configurable and modular. It is equipped with a battery management system (BMS) designed to optimize zinc-ion battery performance.
Dimensions
3U, 19"
Nominal voltage
48 V
Nominal capacity
188 Ah
Temperature range
-10°C to +50°C
Recommended
-10°C to +50°C