Lithium Batteries for Airport Ground Support Equipment (GSE)

We bring extensive experience in providing advanced lithium batteries for airport ground support equipment (GSE) such as towing tractors, baggage handlers, shuttle buses, aircraft tugs, and more. Committed to sustainability, zero emissions, and reducing carbon footprints, we are at the forefront of driving the electrification of airport GSE, shaping a cleaner and greener future.

Email: contact@brogenevsolution.com

Lithium Batteries for Airport Ground Support Equipment (GSE) - Benefits

Premium Battery Cell
We use battery cells from top global lithium battery manufacturers, paired with a cushioning design in the battery cell and module space. This design quickly absorbs expansion due to battery "breathing" and provides added protection in collisions, enhancing overall battery safety.
Wide Voltage Charging
Utilizing core electronic control advantages and BDU control, our lithium GSE batteries are compatible with both high-voltage and low-voltage charging (80 V - 750 V), achieving "series charge, parallel discharge".
Intelligent Management
Our self-developed thermal management system includes heating, cooling, and insulation.
High Energy Density
The lithium batteries for airport ground support equipment feature a lightweight design for high energy density.

Highly Integrated Battery Solution for Enhanced Quality, Efficiency, Safety

High Integration for Maximum Energy Density

Comprehensive active safety system with integrated wiring harnesses, aluminum busbars, temperature sensors, pressure monitoring, explosion-proof valves, electrolyte detection, and BMS sensor board.
Saves 5%-10% of battery pack space.

Enhanced Insulation & Voltage Resistance for Safety

Meets 2000 V insulation standard between adjacent aluminum busbars and between busbars and temperature sensors.
Meets 6000 V insulation standard between aluminum busbars and PC module.
Significantly lowers risks associated with insulation aging, fractures, and short circuits commonly seen in traditional wiring harnesses.

Brogen Lithium Batteries for Airport Ground Support Equipment (GSE)

1. Lithium Battery Pack for Electric Aircraft Tugs

System energy	64.2 kWh	66.84 kWh
Module Grouping	1P12S	1P12S
Dimension	1065576640 mm	1115645645 mm
System capacity	831 Ah	831 Ah
System rated voltage	77.28 V	386.4 V
System configuration	3P24S	1P120S
Cooling method	Natural cooling	Natural cooling
Heating method	PI heating film	PI heating film

2. Lithium Battery Pack for Electric Airport Tow Tractors

System energy	64.91 kWh	63.68 kWh	63.68 kWh	43.28 kWh	86.55 kWh
Module Grouping	1P12S	1P16S	1P12S	1P12S	1P16S
Dimension	1065576640 mm	1065576640 mm	1065576640 mm	1065576640 mm	1200576635 mm
System capacity	831 Ah	206 Ah	618 Ah	560 Ah	280 Ah
System rated voltage	77.28 V	309.12 V	76.8 V	77.28 V	309 V
System configuration	3P24S	1P96S	3P24S	2P24S	1P96S
Cooling method	Natural cooling	Natural cooling	Natural cooling	Natural cooling	Natural cooling
Heating method	PI heating film	PI heating film	PI heating film	PI heating film	PI heating film
Fire-fighting system	S-type aerosol	S-type aerosol	HFC-236fa	S-type aerosol	S-type aerosol
Continuous charging/discharging current	840 A (25°C, 50% capacity)	260 A (25°C, 50% capacity)	147 A (25°C, 50% capacity)	560 A (25°C, 50% capacity)	280 A (25°C, 50% capacity)

3. Lithium Battery Pack for Electric Airport Shuttle Buses

System energy	128.4 kWh	176.6 kWh
Module Grouping	1P12S	1P12S+1P10S
Dimension	1060630240 mm	1060630240 mm
System capacity	227 Ah	277 Ah
System rated voltage	463.68 V	637.56 V
System energy density	>135 Wh/kg	>135 Wh/kg
System configuration	1P144S	1P198S
Cooling method	Natural cooling	Natural cooling
Heating method	PI heating film	PI heating film

Why Choose Us

Exceptional R&D Expertise

BMS Design & Development
Independently develop BMS software; design control strategies and diagnostic analysis algorithms in-house; design the controller main board, control circuits, monitoring circuits, and communication circuits
Pack Structural & Electricial Design & Development
Independently design integrated battery pack structures to accommodate various battery cell types and capacity needs; independently design electrical circuits and select components, with electrical testing and verification environments to ensure compliance with standards
Battery System Integration Design & Development
Independently design electrical systems and structures; capable of integrating third-party systems, equipment, and components