C/M Breaking Down 300
Kinetic Energy Generator - Energy Cells
Unlimited Metered Range
300 TAPS. PZ
If we require 300 taps in a 1x5 / 1x6 box space or equivalent
Without an additive conneccting in to upscale clocking to devide 300 down for less parts reliance or decrease sizing leading to equivlance
In R&D testing Sydney Nicola Bennett utilized pre - post 1996 & later at teenager & under overage age 25 a 2500 kW Kilowatt Standard
Each of 300 parts have to contract & expand 5-10 mm
5 feet is equal to exactly 1,524 millimeters.
When broken down into increments of 10 mm, there are a total of 153 intervals (spanning 154 measurements from 0 to 1,524 mm). Below is a complete sequential table tracking the conversion.
Now two rows of 153 offers us 306 then room for spacing, components & our insulators + Emergency Safety System
We scale box sizing down if requiring under 2500 kW
THIS IS A SIMPLE INTRODUCTORY APPROACH
Mechanical physical based Energy Generation
300 PZ Taps contract & expand at a rate X & that offers ubder 1 second 2500 kW in a Standard of constant Energy for use or storage
IN AN AUTOMOBILE. A CAR OR TRUCK IF NOT OTHER
We place the box in. Connected it to a Battery & direct to an EV Motor
Push Button & Energy we can meter per Kilometer or Mile for taxes & R&D fees
No Plug - Charge. No fuel. We utilize perpetual Bio-fluids for cooling some parts
This shrinks battery material size & reliance for equivalence
NOW ADDITIVE YIELDS = SHRINK & SAVE
Emergency Safety System. Designed for Fire & Explosion
Purge - exhaust with extinguisher built in
S.B.G - CIG - C/M - S.B - Alpha Health & Shield Network
C/M 27x A.D Automotive Devision
C/M Kinetic Perpetual Energy
C/M Performance & Track P&T
Revolutions Per Minute - Second
Normal. Sport. Intense Race. Performance Mapping
An Electrically Excited Synchronous Motor (EESM) in electric vehicles typically operates at maximum rotational speeds ranging from 12,000 to over 20,000 RPM, depending on the specific design and cooling configuration.
Operating Speeds & Performance
Standard EV EESM Range: Most production automotive EESMs (such as those used in Renault or Nissan models) spin up to 12,000 to 16,000 RPM during normal high-speed highway driving.
High-Speed & Advanced EESMs: Newer high-performance or rotary-transformer-coupled EESM designs can safely exceed 20,000 RPM while maintaining high power density without rare-earth magnets.
Key Factors for EESM RPM
Rotor Excitation Limits: Unlike permanent magnet motors (PMSM), an EESM uses copper windings on the rotor powered via carbon brushes and slip rings or wireless rotary transformers.
Mechanical Retention: To handle the immense centrifugal and mechanical stress at speeds above 12,000 RPM, the copper coils on the rotor are mechanically secured using high-strength reinforcement like steel retaining rings and specialized plastic wedges.
Field Controllability: Because the rotor magnetic field is electrically controlled rather than fixed, EESMs can dynamically weaken or adjust the magnetic field at high RPMs to optimize efficiency across a broad velocity range.
The effect with magnetic linear controls decreases material reliance & increases performance
H.I.3 puts you on the right track. Private R&D advances upon performance
NEW TORQUE CONTROLS AWD
Industry standards Vs C/M & BMW
BMW has a publicized approach with millisecond traction control
Total Torque Output: BMW's upcoming quad-motor electric M prototypes (coded ZA0, slated for debut around 2027) feature a front and rear drive system rated at 1,560 Newton-meters (Nm)—or roughly 1,151 lb-ft of peak torque.
Front vs. Rear Split: The front drive unit provides around 540 Nm, while the rear drive system supplies 1,020 Nm.
Horsepower: Peak output ranges from 1,000 hp to over 1,341–1,395 hp depending on the specific tuning and final production configuration.
Torque Vectoring: The setup uses one dedicated electric motor per wheel managed by BMW's central "Heart of Joy" supercomputer, allowing independent, millisecond-level torque distribution.
Torque controls are essential to new Net Zero Automotive & connected powerplants
Irrelevant relevance
Swiss Railway Track Deformation
ALPHA LIKE MAZDA ALLIANCE CONCEPT
4-5 full sized race like soft seating
CYPRESS MOTORS. CYPRESS MOTOR SPORTS
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