a transition to plug-in hybrid electric vehicles (phevs): why public health professionals must care - battery energy storage system

Plug-in-
In hybrid cars (PHEVs)
Connecting two energy systems
Power network and transportation-
Ways to provide significant public health benefits.
First of all, it is important to distinguish between three types of vehicles: traditional cars, hybrid cars and electric vehicles.
Most modern cars use gasoline or diesel-fueled internal combustion engines, which start quickly and provide power once the driver needs them, but waste energy at idle speed and low braking time.
In addition to ordinary engines, hybrid cars have added more batteries and motors.
Toyota Prius and Honda Insight are very popular in business.
PHEVs uses hybrid car technology, but the battery is larger and the plug is larger
In a charger, you can usually travel 20-60 miles (30–100u2005km)
Electricity alone.
By combining advanced power electronics and computer control with traditional and electric-driven trains, PHEVs is more efficient than ordinary cars.
Unlike a hybrid car, PHEVs can be charged from the grid and run at a medium distance only by electricity without the use of an internal combustion engine.
PHEVs reduce the use of fuel as they are extracted from electric Madas (
Especially when the traffic is slow. electric mode)
, When the vehicle stops, minimize the use of internal combustion engines and recover the kinetic energy that is otherwise discarded during the braking process. 1oas_tag. loadAd("Middle1");
While it may sound quite dry for medical and health professionals, it shouldn't.
By relying on vehicles that obtain electricity from the grid rather than burning fossil fuels directly, the transition to phev can significantly reduce air pollution and the incidence and mortality associated with particle pollution, ozone and climate change.
Particulate matter (PM)
Traditional cars are often the biggest cars for human beings.