Small Electrovault – Lithium-Ion Battery Storage - 2 Pallet Electrovault - 1800(L) x 1100(D) x 1700(H) mm
2 Pallet Electrovault
Electrovault lithium-ion battery storage. An engineered, bunded storage unit designed for sites requiring compact, compliant hazardous material containment, with secure external battery storage, controlled ventilation and options for fire detection and suppression to mitigate thermal runaway risk.
Key Features
- Designed with reference to RC61 recommendations for lithium-ion battery storage
- Fully customisable to suit site dimensions, battery quantities and charging arrangements
- Integrated bunding for compliant hazardous material containment
- Controlled ventilation to mitigate thermal runaway risk
- Available in standard and walk-in configurations
- Fire-rated construction with ATEX internal electrical components where required
Specifications
| Attribute | Detail |
|---|---|
| Model | 2 Pallet Electrovault |
| Dimensions (L x W x H) | 1800(L) x 1100(D) x 1700(H) mm |
| Bunded | Yes, integrated bunding |
| Battery Storage | 2 lithium-ion batteries |
| Configuration | Standard and walk-in options |
| Design Reference | RC61 recommendations for lithium-ion battery storage |
| Suitability | Workshops, factories and warehouses |
Optional Extras
| Available Options |
|---|
| ATEX-rated temperature control |
| ATEX-rated humidity control |
| ATEX-rated gas detection systems |
| Fire suppression systems |
| ATEX lighting |
| Remote monitoring systems |
| FIFO control operations |
| LIFO control operations |
| Fire-rated and segregated quarantine areas |
| Restricted access control |
| Fully automated extraction systems |
Why Choose Electrovault?
Every Electrovault unit can be custom made to your needs. Chemstore develops each solution around the risks, operational requirements and layout of your site, covering the batteries being stored, charging requirements, access, handling processes and the safety controls identified for the project. The aim is a practical storage solution that helps improve battery safety, reduce operational risk and minimise disruption where lithium-ion batteries are stored or charged.
Managing Thermal Runaway Risk
During thermal runaway, the high heat created by a failing cell can affect neighbouring cells, causing them to become thermally unstable. An irreversible thermal event can be initiated by an internal or external short circuit, overcharging, external heating, fire or mechanical abuse. Electrovault units are designed to support safer storage, charging and handling in line with relevant fire-safety guidance, with options including gas detection, fire suppression and segregated quarantine areas for damaged batteries.
Fully bespoke manufacturing: Electrovault units can be manufactured around site-specific dimensions, battery capacities, access requirements, handling processes and safety controls. Larger and fully bespoke installations are also available.
