ENERGY STORAGE
THERMALEVENTSSTARTLOCALLY.THERESPONSESHOULDTOO.
Designed to introduce a localized suppression response near areas of thermal exposure.
LOCAL HEAT · LOCAL RESPONSE
A cell failing inside an open battery cabinet.
What happens in a single battery cell
CONTAINED, NOT CASCADING.
A thermal event begins in one cell. Without a local response, it can propagate module-to-module before a room-level system fully reacts. Capsule Systems is designed to respond at the cell where it starts.
ILLUSTRATIVE, CONCEPTUAL. NOT TEST DATA.
Count the cost
WHAT ONE FIRE WOULD COST YOU.
Move the sliders to your own site. The gap between a conventional room-level response and keeping the event local is the money, downtime and risk you are carrying today.
YOUR NUMBERS · ENERGY STORAGE
CONVENTIONAL RESPONSE
$3,768,000
- Equipment lost$3,000,000
- Downtime$768,000
CONTAINED LOCALLY · GOAL
$101,500
- Equipment lost$37,500
- Downtime$64,000
The exposure you are carrying per event
$3,666,500
Illustrative model, built from your inputs and transparent assumptions (a contained event is taken as a single unit, about 15% of one battery cabinet). Capsule Systems technology is development-stage; this is not a performance guarantee, and it complements, not replaces, code-required fire protection.
Two outcomes
THE SAME FIRE. TWO VERY DIFFERENT DAYS.
A thermal event in energy storage will happen. The question is what it costs you when it does.
WITHOUT A LOCAL RESPONSE
Conventional, room-level suppression
The equipment
Water or gaseous suppression floods the zone. What the fire didn't take, the response ruins.
The downtime
The site is offline for days or weeks while it is cleaned, replaced and recertified.
The people
A fire that spreads puts everyone nearby at risk.
Money & liability
Lost revenue, broken SLAs, insurance claims, and the lawsuits that follow an outage or an injury.
WITH CAPSULE SYSTEMS
A response built into the material
The equipment
The response acts at the point of failure. The equipment around it is designed to keep running.
The downtime
A single unit is swapped. The goal is to keep the rest of the site up.
The people
The event is designed to stay small and local, where it began.
Money & liability
Losses contained, continuity preserved, and a safety story you can stand behind.
Capsule Systems technology is development-stage and is designed to complement, not replace, code-required fire protection. Outcomes depend on the application and are not guaranteed.
Application formats
Battery module liners
Pack enclosure coatings
Internal compartment materials
Protective polymer components
Stationary storage enclosures
Or explore the capsule technology and integration formats.
DISCUSS AN APPLICATION