Thermal Control Design for Drone Hangars

What is Drone Hangar Thermal Control?

Drone hangar thermal control systems maintain optimal internal temperatures to protect drone components (e.g., batteries, electronics) in extreme climates. Huajing’s thermoelectric solutions ensure stable performance in harsh conditions.

How It Works

Huajing’s Peltier-based cooling modules transfer heat via semiconductor thermoelectric technology:

Cold Side: Direct contact cooling via aluminum cold plates
Hot Side: Forced air/liquid heat dissipation
No Refrigerants: Eco-friendly, compact, and maintenance-free

Pros & Cons

Advantages	Limitations
✔ Fast response (<1 min)	✖ Lower efficiency vs. compressors
✔ Compact & lightweight	✖ Higher power consumption at scale
✔ Wide operating range (-40°C to +85°C)	✖ Requires robust heat dissipation
✔ Precise control (±0.5°C)

2. Applications

Key Industries

Military: Field-deployable drone stations
Energy: Grid inspection drones in deserts/arctic zones
Agriculture: Crop-spraying drones in tropical climates
Research: Polar/desert expedition drones

Challenge: A border patrol needed to operate drones in -40°C winters.
Solution: Huajing’s Plate-to-Air system maintained battery temps at 15-25°C using direct-contact cold plates + forced air cooling.

Common Issues & Fixes

Problem	Huajing Solution
Battery failure in extreme cold	Preheating via cold plates
Electronics overheating in deserts	Liquid-to-Air cooling loops
Condensation in humid climates	Active humidity control add-ons

3. Technology Comparison

Huajing vs. Competitors

Feature	Huajing TE Modules	Conventional Compressors
Cooling Speed	<1 min	5-10 min
Temperature Range	-40°C to +85°C	-20°C to +50°C
Size/Weight	Compact & portable	Bulky
Lifespan	50,000+ hours	30,000 hours