C/M Air-Motor 2.1
C/M Air-Motor 2.1
Definitions:
CAES
Compressed-air energy storage (CAES) is a way to store energy for later use using compressed air
Wind-Tunnel:
A Piston-Punch 1.0 - 2.0 connecting to a 0.5
Air-Motor:
Advanced air motors by C/M
AIR MOTORS
Air motor + wind tunnel controllers with Electronic + mechanical controls & internal developments
In prototype testing from a 0.5 set-up
Air circulated into a CAES then a direct supply valve into a Wind-Tunnel creating a double system which feeds the Air-Motor with constant pressure
CAES
Wind-Tunnel
Air-Motor
Air motor + wind tunnel controllers with Electronic + mechanical controls & internal developments
In prototype testing from a 0.5 set-up
Air circulated into a CAES then a direct supply valve into a Wind-Tunnel creating a double system which feeds the Air-Motor with constant pressure
CAES
Wind-Tunnel
Air-Motor
INTERNALS + PRESSURE
In process point A-B
0.5 Generator - CAES - Wind-Tunnel - Air-Motor
Storage or to Axel (automotive - aviation - marine or recreational powersports & others or stationary not motion energy plants)
A compressed jet-tunnel design with valve controls using an advanced mechanically designed perpetual effort we then add mach nozzles & Energy Yield additives which release air into different chambers in the air motor which then winds a resource free effort creating different gyrating motion & natural magnetism efforts without magnets to spin the motor in different turns you can cycle through then release onto the main axel with partial automated controls
An electronic speed regulatory control effort allows for circulation & recirculation then air additives
This effort allows a similar compact motor with internals for Air-Only & or for an EV-Air Switch-Back system
With this like C/M Air-Motor 1.0 - 1.5 designs the 2.1 Air-Motor can achieve equivalent horsepower & torque levels between 5-600 with some over 800 HP
R&D + PROTOTYPE PRODUCTION NOTES
C/M Motion or Stationary Energy
With this like C/M Air-Motor 1.0 - 1.5 designs the 2.1 Air-Motor can achieve equivalent horsepower & torque levels between 5-600 with some over 800 HP
R&D + PROTOTYPE PRODUCTION NOTES
C/M Motion or Stationary Energy
Understand Jet designs + Aur-Flow then Energy Generation then conversion with grounding then storage + use
You can build & test anytime!
Anyone can build & toy just cannot manufacturer for resale unless you sign with CIG in 100-170 of 195 countries for safe use & sale standards creating a branding alliance
Build & sagely test anytime just void potential risk & injuries with fire or explosion if not electrocution if not contained or grounded safely
Have a separate room in the event of decries exploding to protect yourselves
Anyone can build & toy just cannot manufacturer for resale unless you sign with CIG in 100-170 of 195 countries for safe use & sale standards creating a branding alliance
Build & sagely test anytime just void potential risk & injuries with fire or explosion if not electrocution if not contained or grounded safely
Have a separate room in the event of decries exploding to protect yourselves
Definitions:
CAES
Compressed-air energy storage (CAES) is a way to store energy for later use using compressed air
Wind-Tunnel:
A Piston-Punch 1.0 - 2.0 connecting to a 0.5
Air-Motor:
Advanced air motors by C/M
AIR MOTORS
Separate from C/M Air-Motor 1.0 - 1.5 design series utilizing a similar system with integrated controls & sections for performance
IN PROCESS REVIEW
0.5 Piston-Punch Generator with Self-Refilling Energy Generation
CAES Air Storage
Wind-Tunnel with Mach Nozzles
Air-Motor
An air flow routing to fill CAES Air Storage then release options before Wind-Tunnel with Mach Nozzles & separate routing direct to Wind-Tunnel with Mach Nozzles
This effort into the Air-Motor allows incredibly high pressures to build then release in stage chambers into the air motor fir direct axel & a wound system with performance controls within that can engage or disengage increasing or decreasing horsepower & torque
High pressure in & building pressure with almost instant refilling while CAES Air Storage deals with time lag under 1 second at 5-25 milliseconds for refilling then the storage is refilled with multiple purge extinguish valves separate from any 0.5 Piston-Punch Air EV Electrical Electricity Generation directed in volts to the EV Motor & EV Battery is not utilized
Separate from C/M Air-Motor 1.0 - 1.5 design series utilizing a similar system with integrated controls & sections for performance
IN PROCESS REVIEW
0.5 Piston-Punch Generator with Self-Refilling Energy Generation
CAES Air Storage
Wind-Tunnel with Mach Nozzles
Air-Motor
An air flow routing to fill CAES Air Storage then release options before Wind-Tunnel with Mach Nozzles & separate routing direct to Wind-Tunnel with Mach Nozzles
This effort into the Air-Motor allows incredibly high pressures to build then release in stage chambers into the air motor fir direct axel & a wound system with performance controls within that can engage or disengage increasing or decreasing horsepower & torque
High pressure in & building pressure with almost instant refilling while CAES Air Storage deals with time lag under 1 second at 5-25 milliseconds for refilling then the storage is refilled with multiple purge extinguish valves separate from any 0.5 Piston-Punch Air EV Electrical Electricity Generation directed in volts to the EV Motor & EV Battery is not utilized
Speed. Pressure. Force
The weight of object then performance requirements + ability to slow (engine braking using a reverse pressure valve versus forward
The weight of object then performance requirements + ability to slow (engine braking using a reverse pressure valve versus forward
Air pressure motors are very important with Piston-Punch variations like Switch-Backs
A lot of different Energy & Feature additive variants are available
CIG

Comments
Post a Comment