Certified layers. Enhanced suppression. Engineered mitigation.
Modern Car Park Fire Protection for EV and Mixed Vehicle Risks
Equipro Specialist Systems deliver layered, mechanically engineered fire protection systems for enclosed car parks, EV charging zones, and high-density parking structures. We provide performance-based mitigation focused on lithium-ion battery hazards and modern vehicle risk profiles.
Thermal Runaway Transition
Shift from traditional fuel-fed fires to self-sustaining chemical reaction events demanding advanced car park fire protection systems.
Accelerated Spread
High-intensity thermal radiation promotes rapid fire spread across structural elements in high-density parking environments.
Modern car parks are now high-density battery energy storage environments.
Car Park Fire Risk Has Changed
The introduction of Electric Vehicles (EVs) has fundamentally altered the risk profile of modern car parks and parking garages. We are no longer managing predictable hydrocarbon fires; we are facing complex chemical-thermal events that demand an engineering-led response to lithium-ion car park fire risk.
Elevated Heat Release
EV fires produce significantly higher heat release rates (HRR) than internal combustion engines, testing parking garage fire protection limits.
Deep-Seated Cooling
Effective mitigation requires direct cooling at the cell level rather than surface-only suppression methods.
Vapour Cloud Risks
Potential for Vapour Cloud Explosions (VCE) from flammable battery off-gassing in modern EV charging fire protection zones.
Lithium-Ion Re-Ignition
High probability of secondary ignition occurring hours after the initial fire event requires long-term thermal stabilisation.
Why Plain-Water Design Is Being Pushed Toward OH3
The historical classification of car parks as Ordinary Hazard Group 2 (OH2) is increasingly under pressure due to the complex nature of lithium-ion car park fire risk.
Regulatory trends are pushing parking garage fire protection toward OH3 standards, which demand oversized infrastructure and massive water storage requirements.
At Equipro, we offer a technical alternative through EQUINOX infrastructure integrated with Cold Fire fire suppression.
Our performance-based strategy targets the suppression event at the source, managing lithium-ion car park fire risk and ensuring EV charging fire protection without the infrastructure overhead of oversized pump and tank systems.
This layered model encapsulates heat energy faster than water, providing a validated modern vehicle fire protection solution for parking garages.
All EQUINOX systems, powered by Cold Fire encapsulation nanotechnology are third party tested and certified by APPLUS+ Labs to contain, control and suppress thermal runaway events.
Success is measured by heat reduction, not just flame suppression.
Performance-Driven Fire Protection Without Excessive Water Demand
The core challenge of car park fire protection is no longer just controlling a structural blaze; it is managing the high-thermal energy release of modern vehicles and lithium-ion batteries. Our engineering focus shifts away from basic hydraulic uplift toward improving the extinguishing medium effectiveness itself.
Extinguishing Medium Effectiveness
Cold Fire technology enhances the thermal absorption capacity of water, allowing for encapsulation of heat at the cell level in EV charging fire protection scenarios.
Validated Mitigation
Reducing the likelihood of structural parking garage damage by suppressing fires before temperature flashpoints are reached.
“Improving suppression performance through engineered mechanical systems powered by Cold Fire.”
Engineered Mechanical Systems
Optimizing delivery infrastructure to prioritize rapid intervention and propagation management over simple water density increases.
Infrastructure Efficiency
Mitigating the need for oversized pump rooms and massive storage tanks while achieving superior car park fire protection outcomes.
A Layered Fire Mitigation Strategy
Managing EV car park fire protection and parking garage hazards requiring more than a single point of failure. We deploy a multi-layered engineering strategy—stabilising the initial event and preventing propagation across infrastructure.
EQUINOX Sprinkler Systems
Engineered for high-density parking environments, delivering rapid high-volume cooling to control lithium-ion battery temperature and prevent cell-to-cell propagation.
Applus independently tested for enhanced suppression performance.
EV Car Safe
A critical containment solution designed for modern parking garages. Provides immediate isolation of thermal runaway events to protect nearby structural assets.
Certified fixed EV parking protection system.
EQUINOX Hose Reel Systems
Manual intervention systems pre-dosed with Cold Fire encapsulated agents for rapid knock-down and long-term lithium-ion car park fire risk mitigation.
Applus independently validated manual intervention solution.
EQUINOX Extinguishers
Advanced portable suppression units utilizing Cold Fire technology for rapid manual intervention on early-stage lithium-ion battery fire hazards.
NTA 8133 aligned portable platform technology.
Independent Validation at Every Protection Layer
- Independent Applus Sprinkler Reliability Testing
- Applus Hose Reel Intervention Efficacy Certification
- Certified Fixed EV Parking Protection Modules
- NTA 8133 Aligned Portable Suppression Platform
A validated, layered mitigation model ensuring technical compliance and commercial credibility for developers and operators.
Why Cold Fire Matters
Heat Capture
Removes heat energy from the cell core up to 21x faster than plain water.
Vapour Bonding
Encapsulates hazardous off-gases, preventing explosive vapour cloud formation.
Chain Reaction
Specifically inhibits the chemical thermal runaway path to stop propagation.
"Increasing design density alone (OH3) creates an immense infrastructure burden; improving extinguishing performance with Cold Fire™ is the superior engineered outcome."
Designed for Modern Parking Environments
Multi-storey Car Parks
Underground Facilities
EV Charging Hubs
Logistics & PDI Centres
Commercial Fleet Depots
Manufacturing Plants
Emergency Response
Marine Vehicle Decks
What the Layered Strategy Achieves
Asset Protection
Risk Mitigation
Operational Continuity
Validation
Prevents high-value vehicle and structural losses.
Reduces thermal radiation and off-gas exposure.
Independently proven efficacy in high-risk lithium-ion car park fire suppression.
Minimises downtime following a fire event.
Effective protection is not one device. It is a layered, validated, performance-based fire strategy.
What the Layered Strategy Achieves
- Rapid thermal stabilization and re-ignition prevention
- Mechanically engineered containment of propagation pathways
- Protection of critical structural assets and parking infrastructure
- Minimized environmental risk from contaminated fire water runoff