CHALLENGE

The time to address the cost of energy consumption has passed. Recognition of climate change and its impact on the world's population and the global economy is necessary. CVET technology can enable ecologically friendly utilization of gas and diesel fuel for vehicles on the road and in industries where this fuel is the only choice for now.

The increase in efficient use of energy is exceedingly beneficial to the world. CVET technology can provide a solution for efficient energy usage to benefit both the environment and the people, yet without a shock to the global automotive economy. A bridge between gas powered vehicles and Electric Vehicles has been called for, and CVET technology would be an efficient and effective answer with a smooth transition.

For Electric Vehicles, CVET technology prolongs the time between battery charges in as they go twice as far on a single battery charge, helping ensure CVET's acceptance and success as Electric Vehicles grow in demand.

Accelerating from a stopped position calls for large forces to push a vehicle to city street speeds or highway speeds. With normal transmissions, accelerating from a stopped position causes both gasoline/diesel powered vehicles and Electric Vehicles to operate at reduced energy efficiency. In other words, a higher rate of fuel/energy usage, consuming a significant amount of energy. CVET technology can increase the efficiency of energy usage in both gasoline/diesel powered vehicles and Electric Vehicles. This increases the distance a vehicle can travel per liter or gallon of fuel for gas/diesel powered vehicles. CVET will also increase the distance an Electric Vehicle can go between battery charges. This increased driving distance per battery charge can be transferred to reduce the cost of an Electric Vehicle by enabling use of a smaller and less expensive battery.

CVET technology can produce its energy efficiency benefits in city driving and highway driving. CVET technology enables vehicles with either gasoline/diesel engines or electric motors to run further. CVET technology can perform at high efficiency throughout a wide range of driving conditions, while at the same time reducing energy consumption. CVET technology can help increase the capability of gas and diesel vehicles. With CVET technology, the bridge between both gas and diesel power to Electric Vehicles could be done with far less effort and resistance from both the public and industry.

Hybrid technologies are made by combining gasoline engines with electric motors. While hybrid powertrains have reduced energy consumption significantly, utilizing CVET technology would enable operation for longer distances. This longer distance driving capability with CVET technology could be transferred to lower vehicle cost by reducing the size of the gas engine, the electric motor, and the battery.

CVET technology has been designed to enable a powertrain, consisting of a CVET transmission and a gas/diesel engine or electric motor to operate at peak efficiency at all driving conditions. The CVET powertrain operates at the highest possible level of efficiency throughout the constant and wide-ranging vehicles' speeds. CVET technology ensure that gas and diesel vehicles perform at a higher efficiency and with dramatically reduced emissions.

CVET technology can revolutionize transmissions in the world of gasoline/diesel and electric-powered vehicles. The beneficial advantages of the technology fundamentally benefit the usage of gasoline and diesel engines by immediately reducing gas consumptions and the carbon footprint. CVET technology will lengthen the time between battery charges due to CVET technology increasing energy efficiency and reducing energy consumption.

CVET technology is designed to create a simple and effortless transition into environmentally friendly technology. By bridging the gap from gas and diesel vehicles to Electric Vehicles, CVET technology provides the ecologically sustainable product every consumer needs. CVET technology has made rotary power accessible for a gasoline or electric engine at the engine's most efficient point to provide optimal performance at any speed. This increases the efficiency of fuel consumption. Energy is preserved at a viable level in order to attain the desired speed. Gasoline-powered vehicles experience the benefit of lower exhaust emissions.

CVET technology provides a smooth and seamless transition into ecologically friendly technology. CVET technology is designed to extend battery life and benefit the performance of the vehicle. CVET technology is designed for vehicles such as automobiles, buses, trucks, and more.

From a technological perspective, CVET technology is revolutionary to the economy. Its design is seen as innovative, elegant; a simple architecture that can have an exceptional impact on the transportation industry.