Reducing the idling time of new vehicles barron county wi can be beneficial. This is the reason why the concept of the idle mitigation system has emerged so much popularity and is not ignored. Reducing idle time has been particularly beneficial for decreasing engine wear and related maintenance expenses, curtails pollution, and contributes to the energy security of the USA. The multiple benefits of reducing vehicle idling make it the standard practice these days.
Saves fuel and capital
The survey estimates that millions of vehicles have to stay idle during the required rest stops. When a vehicle remains idle, it seems to consume gallons of fuel. This is not the case with one vehicle, but millions of vehicles in the country experience the same scenario, consuming billions of fuel every year. Millions of passenger cars are idle in the traffic or pickup points, and work trucks stay idle during loading and unloading. This leads to a waste of fuel and money, but the solution lies with idle reduction or mitigation technologies.
Eliminating harmful pollution
One of the highlighting features of the idle reduction strategy is the reduction or elimination of greenhouse gasses and other harmful emissions to the environment. Furthermore, it can also help in reducing noise pollution significantly. In several regions of the country, heavy-duty trains and trucks are mandated to limit noise at night. By incorporating the strategies and technologies of the idle mitigation system drivers are compelled to abide by the standards of noise reduction or elimination.
Following rules and regulations
Several states comply with vehicle idle reduction laws, policies, and incentives. Furthermore, several municipalities have also enacted vehicle idling restrictions and limitations, which are strictly followed and practiced. It is recommended to access the database online to understand the laws and regulations covering idling restrictions spinning from the local level to the state on different on-road vehicles. There are specific laws and incentives for heavy-duty trucks, small passenger cars, and so on.
Enhancing the country’s energy security
Studies reveal that the US transportation sector accounts for around 30% of the total energy requirements of the nation. Moreover, it accounts for 70% of the country’s total petroleum consumption. When the technologies and strategies of vehicle idle reduction are applied, it reduces the consumption of fuel along with the transportation energy expenses for businesses and consumers alike. Henceforth, it strengthens national energy security.
Ways of initiating idle reduction technology
There are four popular ways in which vehicles incorporate idle mitigation strategies.
- AESS or Automatic Engine Shut down/Start-up
AESS controls the vehicle’s engine without any operator action. It can turn off the main engine of the vehicle while idling and als0 re-start when required. The re-starting of the main engine depends on factors like the set time, the temperature of the engine, battery charge, and so on.
- APUs/GS or Auxiliary Power Units/Generator Sets
These diesel-supported engines are installed on vehicles to support heating, air conditioning, and powering electrical appliances, lights, and other equipment.
- FOH/DFH or Fuel Operated Heaters/Direct Fired Heaters
It accounts for the shutdown of the main engine at cold temperatures. FOH/DFH circulates and heats engine coolant to a specific temperature of 120oF.
- SCS or Shore Connection Systems
This idle mitigation strategy transforms vehicles into electrical power sources while idling at rail yards.
From the above-mentioned explanation, it is clear that strategies used in the idle mitigation system are advantageous for consumers and businesses. One can incorporate the technology in multiple ways and save fuel and money.