34cc Electric AC Compressor | 1 month production lead-time

**Factory production time is about 1 month**

Product Description

The 34cc AC Compressor is a high-capacity, high-efficiency electric air conditioning compressor designed for demanding automotive, EV, and mobile cooling applications. Built with a durable aluminum housing and precision-engineered internal components, this unit delivers powerful and reliable cooling performance while maintaining efficient power usage.

With its larger 34cc displacement, this compressor provides significantly increased cooling capacity compared to smaller units, making it ideal for larger cabins, work vehicles, and high-load environments. Its electric drive design eliminates the need for engine-driven belts, allowing flexible installation and consistent performance regardless of engine speed.

Designed for modern systems using R134a refrigerant and POE oil, this compressor offers stable operation, reduced vibration, and long service life in demanding conditions such as EV conversions, commercial vehicles, and off-grid HVAC systems.

Key Features

• High-capacity 34cc displacement for increased cooling performance
• Electric drive (no belt-driven system required)
• Available in high-voltage DC configurations (e.g., 380V / 600V)
• Compatible with R134a refrigerant systems
• Uses POE 68 oil for EV-safe operation
• Durable aluminum construction for long service life
• Low noise and vibration operation
• Designed for EV, hybrid, and heavy-duty A/C systems
• Energy-efficient for battery-powered applications
• Flexible mounting for custom installations

Applications

• Electric Vehicles (EVs)
• Hybrid Vehicles
• Truck & Commercial Vehicle Air Conditioning
• RV / Camper Cooling Systems
• Food Trucks & Mobile Businesses
• Off-Grid & Battery-Powered HVAC
• Industrial & Heavy-Duty Cooling Systems

Performance Overview

34cc electric compressors are designed for higher cooling demands and are commonly used in larger or more demanding A/C systems. Compared to 20cc units, they provide significantly greater cooling output, typically supporting systems in the ~3.5kW to 5kW range depending on operating conditions, while maintaining efficient power consumption for high-voltage battery systems.