Significant savings through decreased fuel consumption and carbon emissions

Ultracapacitors have been used in heavy transportation for many years. With increasingly stringent regulations around fuel efficiency and emissions controls, their use is set to grow exponentially.

Ultracapacitors have proven to be a superior technology for regenerative braking in hybrid buses and trucks, and cold starting of diesel engines for trucks and trains.

Trains

Ultracapacitors can recover energy from a train braking and then provide additional power when a train begins to accelerate again. This facility improves energy efficiency and reduces strain on the grid by removing the spikes in power demand. Ultracapacitors can also be used to provide engine start power for locomotive trains.

Trucks

Ultracapacitors are well suited to providing the necessary burst of power for starting large diesel engines. Trucks around the world are increasingly replacing lead acid batteries with ultracapacitor technology that is more reliable, guarantees starting in very cold weather and prolongs the engine starting system’s service life.

Trucks can also be fitted with a Kinetic Energy Recovery System that can decrease fuel consumption and carbon emissions by up to 25%.

Cranes

Ultracapacitors can be used to recover energy from the crane during lowering and braking, and then release that energy during lifting. Ultracapacitors also enable downsizing of diesel engines as the peak power no longer needs to come from the engine.

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Products used in heavy transportation
Industrial Cells Modules Engine Start Module  

Why Skeleton’s ultracapacitors are ideal for this market

Heavy transportation requires high power.

Large vehicles and machinery benefit from the added power density that ultracapacitors can provide.

Operate in cold temperatures.

Ultracapacitors only lose about 5% energy at minus 25 degrees centigrade, compared to a battery’s energy loss of more than 50%. Our ultracapacitor-based Engine Start Module can comfortably operate at -40 ºC.

Diesel is expensive.

KERS based on our industrial modules can help save up to 25% in fuel costs.

Reduced environmental impact.

In addition to not containing any harmful chemicals, ultracapacitor-based KERS modules can help significantly reduce CO2 emissions in heavy transportation.