C/M Piston-Punch 1.0
C/M Piston-Punch 1.0
Endlessly Energy - Unlimited Range
Breaths in air - circulates - re-circulates & exhales like lungs to generate energy
A traditional Air-Compressor with Piston-Punch Electric-Motor Air system to draw in air at rapid fast speeds rather than Piston-Punch Generator - Use Jet system inspired by a Jet Engine
The compressor draws in air and creates a vacuum to reduce its volume. The vacuum pushes the air out of the chamber and into its storage tank. Once the storage tank reaches its maximum air pressure, the compressor turns off
Air is compressed by air compressors. Air compressors draw in air at an inlet valve, they then compress the air to the required volume and release the pressurised air through the discharge valve into a storage tank. The compression process is usually powered by an electric motor
High powered pressure is then released as air for a pressure washer or air pressure cleaner & or to convert using a catalyst for electricity using a pelton turbine or similar for an EV Motor or series of & battery storage with use of capacitors & additives to increase yields
Power Sources for Air Compressors
Traditionally
Gasoline engines typically power smaller outdoor compressors. They usually provide an air flow of 50 cfm (cubic feet per minute) / 1.4 m³/min (cubic meters a minute) or less. They are moved by hand (often on wheels, like a large suitcase).
Piston-Punch
A 3-4 layered system powering Pistons creates a perpetual high performance - high output system providing endless high compression it no fuel & no recharging using a mechanical engineered ogsucis based system
Stationary + Motion Energy Generator
To battery + To Usage
With Piston-Punch as Air-Compressor depletes it is then also generating at an equal or higher rate than used yet if it depletes at a higher rate than generated we use accumulative additives to balance it at equal or higher for performance requirements
Piston-Punch + Piston-Punch 1.0 Hybrids exist alongside additive accessory hybrids
Drop-bounce
PZ Taps
PZ Sound
Basic 1.0
Piston-Punch Air Pumps for Air Compressors
3 or more regular or ground-up new Air Compressors
Micro-Pelton Turbines:
- To Axel
- To EV Motor
- To Battery
Perpetual High Output - High Energy System
Unlimited Range
A SIMPLE BREAK DOWN
The one Air Compressor is used to power Pistons that build Air Compression in the Air Compressors while the other Air Coppressors are used for different purposes
Air Compressor 1
Pistons
- Compressing Air non-stop
Air Compressor 2
Use
- EV Motor or Hydraulic Motor
- Battery storage
Air Compressor 3
Features
- Electronics
- Climate Control + component Heating - Cooling
Air Compressor 4
Back up for Pistons
- Compressing Air non-stop
In the even Air Compressor 1 malfunctions
The Simple Process
The Pistons operating off one Air Compressor pump Air into 3-4 Air Compressors at high levels of controlled speed & force creating perpetual motion & endless Energy
Important Factors:
Tank Size
PSI - Pressure output capabilities
Jet Nozzles
Air Lines +
Converter to Energy or Storage
Energy Yield accessories
Types of Air Compressors:
Axial Flow Compressrs (Dynamic)
Centrifugal Comressors (Dynamic)
Reciprocating Compressors (Positive Displacement)
Rotary Compressors (Positive Displacement)
Air Pressure + Jet Release Nozzles
PSI measures the amount of pressure placed on a single square inch of space. In compressor terms, PSI is the amount of force that an air compressor can deliver 100 PSI, for example, equates to 100 pounds of force exerted per square inch
Air Compressors - Pressure Washers - Pressure Cleaners
Compressors - Pressure - Turbines - Jet Engines - EV Battery & Motors
First of all, PSI stands for pounds per square inch (or pound force per square inch). Most air tools require between 70 and 90 PSI. Any light-to-medium-duty air compressor can easily handle 90 PSI, but you always want the compressor to supply more flow than needed. Pro Tip: Always respect a PSI rating
With Piston-Punch we utilize an Air Compressor system with a Pressure Washers - Pressure Cleaner combination to maximize Air Compression & Pressure output at Pressure Washer & Higher Output ranges at 3000 - 25,000+ PSI output
POWERING AN AUTOMOBILE
You can if done right power a 300-1200+ HP motor with 400-1300 Ft Lbs of Torque in a regular vehicle in a light weight package equivalent or lighter than a traditional petrol - gas & or diesel or hybrid engine vehicle
No fuel. No recharging. Any batteries just recharge off the system from Air Compression to converted safe electricity for storage & use
Add PZ Taps - PZ Sound + different accessories & you increase Energy Yields for any & all applications
C/M Battery Choice
https://4bennettsjordannic.blogspot.com/2024/09/cm-battery-choice.html
Capacitors
https://4bennettsjordannic.blogspot.com/2024/09/cm-capacitors.html
Reference Link
What Size Air Compressor Do You Really Need? (Updated 2023)
https://m.youtube.com/watch?v=RAFXGXhcE3c&pp=ygUOQWlyIGNvbXByZXNzb3I%3D
Stanton - Micro-Pelton
https://m.youtube.com/watch?v=zXEnXEfVBA8&pp=ygUeQWlyIGNvbXByZXNzaW9uIHBlbHRvbiB0dXJiaW5l
Electric Heavy-Duty Truck Design: Which E-Powertrain is Better – Direct Motor or Electric Axle?
https://m.youtube.com/watch?v=zwynoSYFYto
Decoding Axel Configuration
https://m.youtube.com/watch?v=BjHXyLHiEoo
Best Axel Configuration
https://m.youtube.com/watch?v=CEWCNoUewCU
C/M CYPRESS MOTORS
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