Certain trends will impact the transportation industry’s major segments, including truck/bus, automotive, marine and rail. Emissions standards, electrification, smart/connected vehicles, and autonomous vehicles are some key developments that will alter the way the industry advances and influence how engineers approach their work.
Advances in electric vehicle battery technology are boosting how far cars can travel on a full charge. Other trends include 5G connectivity and ridesharing. Fully autonomous vehicles, though, are still years away from widescale adoption.
The International Maritime Organization has mandated reductions in greenhouse gas by 2030. Ships that burn fossil fuels will have to buy more-expensive low-carbon fuels or install exhaust cleaning systems. Other ships already are retrofitting to run on liquified natural gas.
Europe and Asia have the most advanced rail systems, including high speed and autonomous trains, as well as modern electric trains. The U.S. lags, largely because most passenger travel is by air or car. A key U.S. trend is positive train control (PTC), an automated safety system.
Emissions regulation is trending. There are rounds scheduled in the U.S. in 2021 and 2024 to further reduce CO2 emissions and fuel consumption in trucks/buses. In addition to converting from diesel to electric, OEMs look for ways to reduce weight and improve aerodynamics.
Parker enables engineering breakthroughs that lead to a better tomorrow. But we can’t do it alone; customer collaboration is vital.
We work with OEMs to solve challenges, providing expertise in motion and control and application know-how. Parker also offers components and sub-systems in various platforms across the globe.
Our partnership doesn’t end when the product ships. We continue to jointly optimize equipment performance, reduce downtime and make our partnership even stronger.
Parker’s thermal management research helps optimize the thermal performance of transportation, electric vehicles, trucks, bus and coaches, rail, marine, and off-road machinery.
New Technologies for Battery Sealing
Make Fast, Less Costly & Leak-Free Connections
Sealing Solutions for Electric Vehicles
Dielectric Coatings for EV Battery Packs
Adhesives for Automotive Lightweighting
Modular Kit for Seal-Wiper Elements in Pneumatic Cylinders
Serviceability of EV Battery Packs
Structural Adhesives for Trailer Manufacturing
Reduce Noise & Increase Passenger Comfort
New Water-Based Chemlock for Automotive: Part 1
New Water-Based Chemlock for Automotive: Part 2
How Adhesives, Gap Fillers Accelerate xEVs
Electrification Solutions for Automotive Electronics
Elastomer Sealing Materials for Fuels of the Future
Metal-to-Plastic Conversion of Automotive Driver Safety Modules
EV New Battery Sealing Technologies
Improving Seal Properties, Installation with ParCoat® Coatings
Benefits of Using Structural Adhesives on EV Battery Boxes
Reworkability of Gap Fillers in EV Battery Packs
Roll2Seal® ̶ The Self-Retaining Static Sealing Solution
Metal-to-Plastic Conversions for Automotive
Press-in-Place Sealing Technology
Reliably Improve Application Performance
Electrified Collaboration: Formula Racing at UC Davis and Parker Lord
SolarPack at NC State Drives Sustainable Change
5 Types of Vehicles Going Electric in 2024
Understanding the Role and Importance of Sealing Systems in Shock Absorbers
How Lightweighting Can Boost the Performance of Both ICE and Electric Heavy-Duty Trucks
How Lightweighting Solutions Can Enable Novel Electric Heavy-Duty Truck Designs
Electric Charge Dilemma: Part 2 - Solutions for EV Charging Infrastructure
Electric Charge Dilemma: Part 1 - Challenges in EV Charging Infrastructure
Improved Safety and Reliability in Micromobility Devices
Tips for Safeguarding EV Batteries Against Thermal Runaway
New Technologies for Battery Sealing
Make Fast, Less Costly & Leak-Free Connections
Sealing Solutions for Electric Vehicles
Dielectric Coatings for EV Battery Packs
Adhesives for Automotive Lightweighting
Modular Kit for Seal-Wiper Elements in Pneumatic Cylinders
Serviceability of EV Battery Packs
Structural Adhesives for Trailer Manufacturing
Reduce Noise & Increase Passenger Comfort
New Water-Based Chemlock for Automotive: Part 1
New Water-Based Chemlock for Automotive: Part 2
How Adhesives, Gap Fillers Accelerate xEVs
Electrification Solutions for Automotive Electronics
Elastomer Sealing Materials for Fuels of the Future
Metal-to-Plastic Conversion of Automotive Driver Safety Modules
EV New Battery Sealing Technologies
Improving Seal Properties, Installation with ParCoat® Coatings
Benefits of Using Structural Adhesives on EV Battery Boxes
Reworkability of Gap Fillers in EV Battery Packs
Roll2Seal® ̶ The Self-Retaining Static Sealing Solution
Metal-to-Plastic Conversions for Automotive
Press-in-Place Sealing Technology