Transportation
The Traffic Power System Can't Handle It? LEIPOLE's Heat Dissipation Solution Reduces the Failure Rate by 40%
Solve the risk of short circuit!
Shockproof terminals & sealed connectors = fully immune to moisture and bumps
The transportation industry is the backbone of global commerce and mobility, encompassing diverse modes including railway, road, maritime, and aviation. It’s undergoing a profound transformation driven by factors such as urbanization, globalization, and the urgent need for sustainable and efficient mobility solutions.
The transportation industry is undergoing an unprecedented digital transformation. From intelligent railway systems, automated ports to smart highways and subway networks, advanced electrical control and automation equipment have become the core of modern transportation infrastructure. The global intelligent transportation market is expected to grow from US$128 billion in 2023 to US$295 billion in 2030, with a compound annual growth rate of 12.7%. This growth is mainly driven by the acceleration of urbanization, the increasing demand for efficient and safe transportation systems, environmental pressures, and advances in intelligent transportation technology. However, the particularity of the transportation environment poses severe challenges to control equipment, including extreme temperature changes, vibration shock, humid environments, dust pollution, and long-term reliability requirements.
Key Trends Shaping the Transportation Industry Include:
- Electrification: The shift towards electric vehicles (EVs) in road and rail transport is accelerating, driven by environmental concerns and advancements in battery technology. This necessitates robust charging infrastructure and power distribution systems.
- Automation and Autonomy: Autonomous vehicles, trains, and ships are emerging, promising increased efficiency, safety, and reduced operational costs. This relies heavily on sophisticated sensor systems, control units, and reliable communication networks.
- Digitalization and Connectivity: The “Internet of Transportation” is becoming a reality, with increasing connectivity for vehicles, infrastructure, and passengers. This enables real-time monitoring, predictive maintenance, optimized routing, and enhanced passenger experiences.
- Sustainability and Green Transportation: Reducing carbon emissions and minimizing environmental impact are key priorities. This drives the adoption of electric propulsion, lightweight materials, and optimized energy management systems.
The following problems are often faced in various application areas:
- Railway and Rail Transit
- Modern railway and urban rail transit systems rely on complex signal control, traction power and passenger information systems.
- Control cabinets along the track face extreme temperatures (-40°C to +60°C), high humidity and vibration
- High humidity and dust in tunnel environments threaten the life of electrical equipment
- Signal systems require extremely high reliability and do not allow failures caused by temperature problems
- High heat generated by electric traction systems needs to be effectively dissipated
- Intelligent railway systems integrate more electronic devices, increasing heat dissipation requirements
- The promotion of unmanned driving technology has increased system complexity and stability requirements
- Energy efficiency and low maintenance costs have become the focus of the industry
- Electromagnetic compatibility requirements are becoming increasingly stringent
- Highway traffic and tunnels
- Highway management systems, tunnel control and intelligent toll collection systems are key components of modern road networks.
- Outdoor control cabinets are exposed to various climatic conditions and require all-weather protection
- High humidity, high temperature and corrosive gases in tunnels threaten control equipment
- Electronic equipment requires dust and water protection
- Remote locations are difficult to maintain and require high-reliability solutions
- Smart highway systems require more edge computing devices
- Road perception technology and monitoring systems require more reliable electrical connections
- Energy saving and emission reduction pressure requires more efficient control systems
- Ports and Shipping
- Modern ports are becoming increasingly automated and rely on complex control and communication systems.
- Salt spray corrosion in the marine environment threatens electrical equipment
- Temperature and humidity changes cause condensation in the control cabinet
- Vibration of heavy equipment poses a challenge to the reliability of electrical connections
- 24/7 operation requires extremely high system stability
- Automated container terminals require more intelligent control systems
- Green port initiatives promote electrification and automation
- Airports and Aviation
- Air transportation relies on highly reliable control systems to ensure safety and efficiency. Frequently faced with the following problems:
- Airport off-site equipment faces extreme weather conditions
- The vibration environment of the baggage handling system challenges the stability of electrical connections
- Navigation and communication equipment require precise temperature control
- Passenger information systems need to operate continuously and stably
- Smart airport construction requires more distributed control systems
- Increased safety requirements lead to increased system complexity
- Energy-saving and emission reduction goals require more efficient equipment
LEIPOLE Solutions and Advantages for the Transportation Industry
Thermal control solutions designed for transportation environments ensure reliable operation of control equipment under extreme conditions.
☑️Anti-vibration cooling system:
Heavy-duty fan filter: Enhanced anti-vibration design, suitable for railway and port environments, IP55 protection level, special sealing design to prevent dust and moisture infiltration, anti-corrosion treatment to extend service life.
Transportation-specific cabinet air conditioner: Meets EN 50155 railway standard, anti-vibration design, operating temperature range -40°C to +60°C, anti-corrosion coating protection, cooling capacity from 500W to 4000W.
Eddy current cooling system: No moving parts, extremely high reliability, suitable for point cooling in remote locations, maintenance-free design to reduce operation and maintenance costs.
☑️Anti-condensation heating solution:
High-performance cabinet heater: Designed for extremely cold environments, fast heating capability, anti-condensation function to protect sensitive electronic equipment, power range from 10W to 400W.
Explosion-proof heating system: Suitable for hazardous environments such as tunnels and gas stations, ATEX-compliant, safe and reliable.
Intelligent temperature control system: integrated temperature and humidity monitoring for precise control to prevent overheating and condensation.
☑️Anti-vibration terminal blocks:
Spring terminal series: special anti-vibration design, stable connection even in high-frequency vibration environment, in line with IEC 61373 vibration test standard.
Rail transit dedicated terminals: passed EN 45545 fire protection standard, made of special materials, high temperature resistance, good self-extinguishing performance.
High current terminal system: supports up to 232A current, suitable for traction system and power distribution.
☑️Anti-vibration busbar bracket: enhanced design, even under extreme vibration conditions can maintain busbar stability.
Transportation dedicated busbar connector: special locking mechanism to prevent loosening, impact-resistant design, meet the needs of railway and ship applications.
Corrosion protection busbar system: special coating treatment to prevent salt spray and moisture corrosion, suitable for seaport and coastal environment.
High protection distribution system
High protection level power distribution equipment designed for harsh environment.
☑️Waterproof and dustproof accessories:
IP68 cable connector: completely waterproof design, suitable for outdoor and underwater equipment, anti-UV radiation, and resistant to extreme temperatures.
Sealed cable entry system: prevents water, dust and harmful gases from entering the control cabinet, and is easy to install.
High protection DIN rail assembly: special surface treatment is anti-corrosion, suitable for high humidity environments.