Parallel Systems are developing battery-electric modular rail freight wagons designed to enhance the efficiency and safety of rail transportation.
From Superinnovators 08/09/24
The US company are aiming to seamlessly integrate their vehicles with existing rail infrastructure and control systems, enabling short-haul and point-to-point rail movements.
According to the company, their wagons use just 25% of the energy of a semi-truck on the highways, significantly reducing freight emissions and operational costs.
Each wagon is capable of carrying standard shipping containers and boasts a new braking system with a stopping distance ten times shorter than traditional freight trains, enhancing safety.
The company say their rail vehicles can operate with a range of up to 500 miles, powered by smaller batteries that reduce strain on the grid.
In a recent demonstration, Parallel successfully tested platooning, where two wagons connected, moved as one unit, then separated and continued independently.
The modular design allows for easier integration into existing rail-served sites, enabling more flexible and cleaner terminal operations, according to the startup.
Additionally, the platoons can reduce waiting times at railroad crossings by automatically separating, allowing traffic to pass through safely.
Parallel Systems aim to shift more freight from road to rail, offering a zero-emissions, cost-effective alternative to trucking.
More info
You may also be curious about:
-
Light-induced gene therapy disables cancer cells’ energy centre
-
Scientists develop 3D concrete printing method that captures carbon dioxide
-
Breathing coordinates brain rhythms for memory consolidation during sleep
-
Chemical in fruit has anti-inflammatory effect
-
Battery-like computer memory keeps working above 1000°F
-
Yeast as food emulsifier? Easily released protein as strong as industry standard casein
-
New insights into brain mechanisms underlying empathy
-
New device produces critical fertilizer ingredient from thin air, cutting carbon emissions
-
Intermittent fasting inhibits hair regeneration in mice
-
Printed e-tattoo ink-credible at reading brainwaves
-
Scientists create the world’s smallest molecular machine
-
Learning through noninvasive manipulation of brain activity patterns