The FCB Single-Stage Compressor Series feature compact size, lightweight construction, and no need for water cooling, offering long lifespan and compatibility with 0.5kW-1.5kW fuel cell systems. The maximum overall efficiency can reach 55%. To meet varying voltage requirements across different applications, the platform offers products in multiple voltage versions such as 12V, 24V, and 48V, fully addressing diverse customer needs.
Compact size, lightweight, no water cooling required, long lifespan, high overall efficiency, multiple voltage versions.
Electric two-wheelers, drones, portable power sources, etc.
Model: ELD-FCB0104001
Compressor: Single centrifugal compressor
Bearing: Ball bearing (special grease)
Cooling Medium: Air cooling
Ambient Temperature: -20°C to 65°C
Controller Input Voltage: 12VDC
Weight: 0.34kg
Maximum Pressure Ratio: 1.13
Maximum Mass Flow : 7 g/s
Maximum Speed: 45,000 RPM
Response Speed :From rest to idle ≤1s;From idle to rated point ≤3s;From idle to rest ≤1s;
From rated point to idle ≤3s
Layout: (60 + cable length) × 82.5 × 85.5 mm
Applicable System Power: 0.5-1.5kW
Maximum Motor Power: 120W
Level of Protection: -
The FCC Two-Stage Compressor Series offer comprehensive power coverage and superior performance, making it ideal for fuel cell systems ranging from 15kW to 200kW. With an overall efficiency of 70% or higher, this series demonstrate a significant performance advantage over competing products.
Comprehensive power coverage with superior performance.
Forklifts, small power generation units, buses, urban sanitation vehicles, cold chain logistics, heavy-duty transport vehicles, and more.
Model: ELD-FCC0410001
Compressor: Single-Stage/Two-Stage
Bearing: Air Foil Bearing
Cooling Medium: Water/Ethylene Glycol
Ambient Temperature: -40°C to 85°C
Controller Input Voltage: 9-32 VDC; 48-80 VDC
Weight: 7.0 kg
Maximum Pressure Ratio: 2.8
Maximum Mass Flow: 28 g/s
Maximum Speed: 120,000 rpm
Response Speed : 1s (0-30,000) / 1s (30,000-0); 1s (30,000-120,000) / 1s (120,000-30,000)
Layout: 272 × 181 × 180 mm
Applicable System Power: <20 kW
Maximum Motor Power: 4 kW
Level of Protection : IP67
Model: ELD-FCC0710001
Compressor: Centrifugal/Two-Stage
Bearing: Air Foil Bearing
Cooling Medium: Water/Ethylene Glycol
Ambient Temperature: -40°C to 85°C
Controller Input Voltage: 9-32 VDC; 48-80 VDC
Weight: 7.7 kg
Maximum Pressure Ratio: 2.8
Maximum Mass Flow: 52 g/s
Maximum Speed: 110,000 rpm
Response Speed : 1s (0-30,000) / 1s (30,000-0); 1s (30,000-111,000) / 1s (111,000-30,000)
Layout: 305 × 235 × 234 mm
Applicable System Power: 20-40 kW
Maximum Motor Power: 7 kW
Level of Protection : IP67
Model: ELD-FCC2010001
Type : Centrifugal/Two-Stage
Bearing : Air Foil Bearing
Cooling Medium: Water/Ethylene Glycol
Operating Temperature Range: -40°C to 85°C
Controller Input Voltage: 9 - 32 VDC; 450 - 750 VDC
Weight: 10.72 kg
Maximum Pressure Ratio: 3.7
Maximum Mass Flow: 200 g/s
Maximum Speed: 95,000 rpm
Response Speed : 1s (0-30,000 rpm) / 0.6s (30,000-0 rpm); 1.5s (30,000-95,000 rpm) / 1.4s (95,000-30,000 rpm)
Layout: 328 × 285 × 185 mm
Applicable System Power: 80-120 kW
Maximum Motor Power: 25 kW
Level of Protection : IP67
Model: ELD-FCC3010002
Type: Centrifugal/Two-Stage
Bearing: Air Foil Bearing
Cooling Medium: Water/Ethylene Glycol
Operating Temperature Range: -40°C to 85°C
Controller Input Voltage: 9-32 VDC; 450-750 VDC
Weight: 15 kg
Maximum Pressure Ratio: 3.4
Maximum Mass Flow : 240 g/s
Maximum Speed: 90,000 rpm
Response Speed : 1s (0-30,000 rpm) / 0.6s (30,000-0 rpm); 1.5s (30,000-95,000 rpm) / 1.4s (95,000-30,000 rpm)
Layout: 362 × 232 × 282 mm
Applicable System Power: 100-160 kW
Maximum Motor Power: 35 kW
Level of Protection : IP67
The FCTC series incorporate Variable Geometry Turbocharger (VGT) technology to achieve efficient energy recovery, designed for fuel cell systems ranging from 120kW to 300kW. In expander design, Easyland offers tailored solutions to match various system characteristics, such as pressure drops and flow rates. Through the expander's energy recovery function, overall system efficiency can be increased by up to 5%, addressing customer demands for lower power consumption and reduced operational costs.
Integration of VGT technology for efficient energy recovery.
Long-haul heavy-duty trucks, large-scale power generation units, marine vessels.