FUTURE

The lightweight and increased efficiency of CVET when used in current vehicles can meet the demands of the 21st century's ecologically-conscious consumer. CVET is capturing real environmental value. CVET can provide a cost-effective answer to the efficient use of energy through the varieties of powertrains as they continue to evolve. CVET is aimed at meeting the ongoing need for improving a vehicle's efficiency of energy use, during the transition phase of new technologies and beyond.

ELECTRIC VEHICLES: CVET TRANSMISSION IMPACT ON ENERGY USAGE IN CITY DRIVING*

ELECTRIC VEHICLES: DRAW LESS BATTERY ENERGY WITH CVET TRANSMISSION*

The battery State of Charge (SoC) from CVET-based and Single-gear operation after 10 minutes of city driving. EV with CVET in EPA NYC Drive Cycle reduced energy consumption by more than 57% from 37.4kWh/100 miles to 16.2kWh/100 miles. *

*Reported by Maplesoft, a world-leader in the simulation of vehicle powertrains  

The demands of the 21st century consumer are ecologically-conscious. The lightweight and increased efficiency of CVET when used in current vehicles can meet the demand of the economy. CVET provides environmental value by reducing exhaust emissions. CVET is aimed at delivering a cost-effective and energy-efficient vehicle. CVET is the bridge between gas and diesel vehicles to Electric Vehicles. The use of energy through the varieties of powertrains is evolving. CVET is delivering the answer to meet the ongoing need for improving the energy efficiency of a vehicle. The time has arrived for CVET to make the transition phase of new technologies available to everyday consumers.

INDEPENDENT VALIDATION OF CVET/CVET FUEL ECONOMY BENEFITS*

CVET controls the vehicle speed. While the gasoline engine or electric motor always operates at an optimal constant speed, CVET allows the conversion of the engine or electric motor speed to variable output speed while maintaining the engine or electric motor operation in the peak and optimal point of operation. CVET provides controlled output speed and torque conversion at the most efficient point of engine operation. CVET accomplishes this electronically, maximizing efficiency that helps reduce carbon emissions in the environment.

CVET works at the same peak/optimal efficiency for Electric Vehicles in forward and reverse directions at all vehicle speeds. This characteristic enables the CVET to provide energy at optimal efficiency to the wheels and also recover energy through regeneration at optimal efficiency when slowing down or going downhill. CVET uses sustainable methods in order to regain energy at peak/optimal levels of efficiency under all driving conditions, that non-CVET EVs cannot do.

The energy required to accelerate a vehicle from a stopped position is recovered during the deceleration cycle. CVET enables the operation of the electric motor at peak/optimal efficiency such that a significant percentage of the energy is recovered. This reduces the net amount of energy used for driving at all speed ranges, enabling driving much further between having to charge the battery.

CVET principle of operation enables it to recover regenerative energy during braking. CVET stores the energy in the battery.

CVET addresses the urgent need for more efficient use of gasoline and the reduction of exhaust emissions.

The new powertrain technologies for peak/optimal energy usage by vehicles have proven themselves to be not only the goal of the economy, but the mission of the world.

The global economy is challenged by energy consumption and waste production. CVET answers the urgent call for more efficient use of gasoline and the reduction of exhaust emissions. CVET has the ability to significantly increase the efficiency of energy and reduce fuel usage by gas and diesel powered vehicles.

CVET technology provides a seamless transition from gas and diesel vehicles into Electric Vehicles. By lengthening the driving range between battery charges, energy consumption with CVET is at a minimum.

CVET's mission is to educate the automotive infrastructure about the new CVET technology for powertrains.

Decrease in gas/energy consumption, earlier fuel cell use:

• The CVET is designed to give peak/optimal efficiency at both highway driving and in city driving conditions. It enables increased efficiency in both gas and electric motors. The efficiency increase will be 2 to 1 in congested city driving conditions.
• CVET allows for simplicity of the powertrain, with reduced engine size and/or electric motor size. It enables reduced gas consumption and reduced toxic emissions.
• With CVET, the expected size reduction of gas engine or electric motor in a vehicle is estimated to be 50%.
• Use of CVET with gas engine powered vehicles would reduce pollution due to more efficient use of gasoline, producing less toxic emissions and a smaller carbon footprint.
• CVET technology can become a Fuel Cell enabler! Although Fuel Cells have not reached cost goal for vehicle usage, CVET technology reduce the electric energy require by an estimated 50%, enabling a Fuel Cell to be half the required size, potentially reducing costs and bringing Fuel Cells into economic viability for EVs.