Cars & Trucks
ICE Vehicles
Any gasoline or diesel powered motor can be converted into a zero-emission, fuel-free, engine for an estimated $5,000-$8,000, depending on engine size. While the large diesel truck conversions are more expensive, they will typically pay for themselves in six months on fuel savings alone. While the benefits of ACE technology are a compelling incentive, this is a new technology and it needs to be proven it real world trials before it can be accepted. That is why we are focused on partnering with an established manufacturer for development and implementation.
Electric Vehicles
If carmakers convert their internal combustion engines over to emission-free, fuel-free, ACE models, EVs will be at a disadvantage as they cost more to produce and operate. EVs can, however, compete for fuel-free unlimited milage by installing WES EV Assist generators.
Generators for Home & Business
The WES generator that chargss your EV can also power your whole home. The 20 kW unit, about the size of an elongated ice chest, can provide more than enough energy to power large homes. They cost almost nothing to operate, produce clean energy 24 hours a day, and last for 20-30 years.
Trains and Marine Vessels
A 16 cylinder ACE can be clustered in a group of four to produce over 16,000 horsepower and 18,000 lb-ft of torque to power rail and water vessels. These engines, like the rest, are emission-free and don't require a fuel source as they run on air, although the marine model does run on nitrogen gas due to the salt air problem. Since these engines are big and expensive, it is assumed that they will not be adopted for rail or marine use until ACE durability is proven by actual experience.
Industry, Utilities, and AI
Heavy industry energy demands can ourstrip the reach of ACE motor-driven power sources (4,600 horsepower or 2.7 MW per single engine) and fall into the realm of the Water Energy System (WES) hydroelectric generator. The water generator can be scaled up to approximately 13 MW per unit, making it roughly the equivalent of a cluster of 4 sixteen-cylinder motor/generators.
These large-scale systems require heavy Kaplan or Francis turbines that can be very expensive. It is, however, noted that WES generator farms would be less expensive and more environmentally friendly than wind or solar farms and would produce much more energy as they, unlike wind or solar, operate 24 hours a day.
