Easy installation Hot Aerosol Fire Suppression System for Car Charging Station

Hot Aerosol Fire Suppression System

Product Overview

The Hot Aerosol Fire Suppression System is an innovative, eco-friendly fire protection solution developed in response to the Montreal Protocol and growing environmental awareness. As an ideal replacement for halon-based systems, it is particularly effective for new energy applications such as lithium iron phosphate (LiFePO4) battery compartments.

Key Features & Benefits

✔ Eco-Friendly

• Zero ozone depletion potential (ODP = 0)

• Negligible global warming potential (GWP = 0)

• Clean agent leaves minimal residue (≤2μm particles)

✔ Compact & Efficient

• 90% smaller/lighter than traditional systems

• No bulky pressure vessels or complex piping

• Space-saving design ideal for confined areas

✔ Easy Installation

• Minimal infrastructure requirements

• Lower installation costs vs. gas-based systems

• Flexible deployment options

Fire Suppression Mechanism

The system utilizes a dual-phase approach:

1. Thermal Cooling: Aerosol particles absorb heat to lower temperatures

2. Chemical Inhibition: Disrupts combustion chain reactions

3. Gas-Phase Supplement: Secondary gaseous components enhance suppression

Operation Process

1. Activation: Triggered by electrical signal or thermal detection

2. Agent Release: Aerosol generator initiates redox reaction

3. Cooling: Chemical coolants decompose to regulate temperature

4. Suppression: Rapid fire knockdown within protected enclosure

Applications

• New Energy: Battery storage systems, EV charging stations
• Electronics: Server racks, telecom equipment
• Industrial: Control panels, machinery spaces

Usage Restrictions

Not recommended for:
✖ Explosive atmospheres
✖ Oxidizers (e.g., nitrocellulose)
✖ Reactive metals (e.g., potassium)
✖ Self-decomposing chemicals (e.g., hydrogen peroxide)

Technical Advantages

• Faster response than conventional systems

• No pressurized components for safer operation

• Maintenance-friendly design

This sustainable solution combines environmental safety with proven fire suppression performance, making it the smart choice for modern fire protection challenges.

Product Overview

The Hot Aerosol Fire Suppression System is an innovative, eco-friendly fire protection solution developed in response to the Montreal Protocol and growing environmental awareness. As an ideal replacement for halon-based systems, it is particularly effective for new energy applications such as lithium iron phosphate (LiFePO4) battery compartments.

Key Features & Benefits

✔ Eco-Friendly

• Zero ozone depletion potential (ODP = 0)

• Negligible global warming potential (GWP = 0)

• Clean agent leaves minimal residue (≤2μm particles)

✔ Compact & Efficient

• 90% smaller/lighter than traditional systems

• No bulky pressure vessels or complex piping

• Space-saving design ideal for confined areas

✔ Easy Installation

• Minimal infrastructure requirements

• Lower installation costs vs. gas-based systems

• Flexible deployment options

Fire Suppression Mechanism

The system utilizes a dual-phase approach:

1. Thermal Cooling: Aerosol particles absorb heat to lower temperatures

2. Chemical Inhibition: Disrupts combustion chain reactions

3. Gas-Phase Supplement: Secondary gaseous components enhance suppression

Operation Process

1. Activation: Triggered by electrical signal or thermal detection

2. Agent Release: Aerosol generator initiates redox reaction

3. Cooling: Chemical coolants decompose to regulate temperature

4. Suppression: Rapid fire knockdown within protected enclosure

Applications

• New Energy: Battery storage systems, EV charging stations
• Electronics: Server racks, telecom equipment
• Industrial: Control panels, machinery spaces

Usage Restrictions

Not recommended for:
✖ Explosive atmospheres
✖ Oxidizers (e.g., nitrocellulose)
✖ Reactive metals (e.g., potassium)
✖ Self-decomposing chemicals (e.g., hydrogen peroxide)

Technical Advantages

• Faster response than conventional systems

• No pressurized components for safer operation

• Maintenance-friendly design

This sustainable solution combines environmental safety with proven fire suppression performance, making it the smart choice for modern fire protection challenges.