PEV Ev Battery Electric Vehicles
PEV Ev Battery Electric Vehicles
Put together as an open source unlimited range or unlimited metered range effect by Sydney Nicola Bennett
C/M Switch-Backs Vs Open Source perpetual or metered perpetual
A 2026 Introduction on Earth. Self-Charge
WHAT THIS IS EVEN. FOR PEOPLE
Not a plug - charge & range extender. A flywheel battery turbo recharges in the 20-80% range while driving. Only battery material degradation matters. Battery size shrinks meeting equivlance
Solid-state will never work. Renewable low cost repurposables will in other forms not Lithium-ion. Solid state for hard drives & specifics sure
Solid-state will always be semi-solid otherwise material degradation like compact magnetism failures over spaced in EV Motors
Now its simple. A contained flywheel turbo to smaller battery then your turbo alternator & regenerative effects
Pair to traditional transmission in automotive
BY DEFINITION
A perpetual electric vehicle (PEV)—an electric car that runs forever on its own power or recharges itself completely without an external energy source—is physically impossible. It violates the fundamental laws of thermodynamics because energy losses from friction, air resistance, and electrical heat will always drain a closed system.
Low-Cost Flywheel Energy Generators
https://2026featurecig.blogspot.com/2026/08/automotive-flywheel-technology-for.html
Unlike Kinetic Energy Generators & Wind-Tunnel Piston-Punch. Flywheel Energy Generators create not enough Energy to operate as more than a charger like an exaggerated regenerative brake
Up to 200kW surges in under 1 second. Pulsing which is not quite enough to do more than recharge a battery yet we can shrink Battery sizing on automobiles aggressively for equivlance on an EV Motor design reaching 500-800+ Horses of Power. Horsepower with Torque in desired ranges
Horsey Powers. Yeah.
Hop in & go. Works
Cypress. PEV Research & Innovations
https://2026featurecig.blogspot.com/2026/08/cm-a.html
Our Emergency Safety System. Plan. Integrated to void Fire & Explosion. EV designs included & Retrofit Kits
VINTAGE MODERN. BENNETT OF 1985 BIRTH
Chicken tonight. Commercial! Ah! 1980's & 1970's
STATIONARY CHARGING NOT MOTION
Under ideal laboratory conditions, charging a 100 kWh battery at a constant 200 kW rate takes about 30 minutes to go from 0% to 100% (100 kWh / 200 kW = 0.5 hours).
In the real world, however, charging curves, vehicle limitations, and thermal management mean it will realistically take 30 to 45 minutes just to charge from 10% to 80%.
Real-World Charging Factors
The Charging Curve: EVs do not accept peak power the entire time. A 200 kW DC fast charger will ramp down its power output as the battery fills up (usually starting to taper significantly after 60% or 80%) to protect the battery cells from damage and overheating.
10% to 80% Time: Expect roughly 30 to 40 minutes for a standard fast-charging session.
100% Full Time: Pushing the final 10% to 20% takes much longer because the car drops its charging speed to a trickle. Reaching a true 100% could stretch the total time past an hour.
Vehicle Limits: Your car must actually support a 200 kW (or higher) peak charging rate. If your vehicle maxes out at 150 kW, it will draw only 150 kW even when plugged into a 200 kW stall.
Temperature: Cold weather slows down charging speeds significantly until the car's thermal management system warms up the battery pack.
MOTION CHARGING
With PEV capabilities to charge in motion we continually recharge as we go at a capable higher rate than we spend which voids Energy loss
Recharge at 200+ kW. Spend average 100 kWh or equivalent scaled
Material & design dependant for 5-15+ year before replacement & smaller sizing cuts costs
SCALABLE. WORKING
Kinetic Energy Generators & Wind-Tunnel Piston-Punch like Almost Perpetual Hydrogen are the first of Perpetual Motion scalable not light success on Earth. The PEV Perpetual Electric Vehicle adds to this reality. Metered or not
1. Turn beats on or dual shafts K.E.G
2. Overpressurizes W.T.P.P
3. Hydrogen from water in-house A.P.H
4. Flywheel recharger for battery PEV
All Zero Emissions. Zero Cycle capable. Meeting Net Zero
Zero Cycle. Point A - B. Design to finished manufactured product meeting Net Zero
BATTERY LIFE CYCLE
On 2000-6000 or up to 20,000-25,000 cycle packs with this design we degrade under 10-30% rather than 20-80% increasing lifespan from 5-15 years to 25-50+ years on the same material
A $10,000-$25,000 pack now earns double or triple plus yields cutting costs & end user pricing on replacement & maintenance
$5,000-$12,5000 or even $2,500-$6,250 rather than $10,000-$25,000 on an average 100 kWh hour or equivalent scaled EV Battery pack
Average equivlance will likely be $750-$1500 end user price with life cycle on Battery while additives to acheive including the Flywheel Battery component acting as a recharger will be lower cost with cutting operating costs & maintenance bringing down insurance rates & creating a more financially sustainable safe option which replaces gasoline & diesel
That is an average $750-$1500 100 kWh EB Battery Electric Battery replacement cost for end users in pricing based on increased life span using 2026 equivlant replacement pricing scaled
SAFEST RENEWABLE BATTERY MATERIAL
Grown Copper & Sodium = renewable. Battery materials. Ocean provides natural balancing sodium even if we revoke layers of water as it settles & replenishes
Advanced designs create gains to shrink for equivlance so as to cut costs for end user pricing
COPPER-ION LIKE SODIUM BATTERIES
Sustainable. Renewable
Copper-ion batteries are an emerging class of alternative energy storage devices that utilize copper ions (Cu⁺ or Cu²⁺) as charge carriers instead of lithium. They offer advantages like high natural abundance, lower material costs, and enhanced safety through aqueous or all-solid-state designs (which are semi-solid).
How Copper-Ion Batteries Work
Charge Carriers: They shuttle copper ions back and forth between the electrodes during charging and discharging.
Electrochemical Reactions: Designs use intercalation or conversion reactions where copper ions reversibly insert into layered host materials (like vanadium pentoxide or hollow nanospheres).
Mediated Systems: Copper ions are also used to mediate and stabilize high-voltage chemistries in other metal-ion systems, improving reaction kinetics and preventing structural degradation.
Benefits and Challenges
Advantages: Copper is cheap, highly conductive, non-toxic, and much more abundant globally than lithium or cobalt. Aqueous setups reduce fire risks.
Current Limitations: Finding stable host materials that can withstand repeated copper-ion insertion without degrading remains difficult, leading to lower overall cycle life compared to commercial lithium cells.
ONE CELL RETURN OR SWITCH-BACKS
Pulsing electricity in as it spends creates a degradation variable yet if you split packs like C/M 7 Tablets Unlimited Range return using a switch-back effect then you have a "break period"
A Computer.
https://youtu.be/uKhsbQcFVwQ?si=VHqJFPWwL-4oUEtv
Discover the groundbreaking moment when a machine finally learned our electrical language, revolutionizing the field of brain machine interface. This deep dive into the world of artificial neurons and brain cells reveals the innovative technology behind printed neurons, including the use of molybdenum disulfide neurons. Join us as we explore the fascinating science explained in this video, delving into how things work and the mind blowing facts that are changing our understanding of science and technology. From the latest advancements in brain computing and neural networks, to the future of ai neurons and neuro tech, this video is packed with hidden science and future technology that will leave you mind blown. Learn something new about the potential of brain tech and the role it will play in shaping the ai future. With its potential to transform our lives, this cutting-edge tech is a must-learn for anyone interested in science explained, general knowledge, and the latest tech facts. Get ready to have your mind blown by the incredible possibilities of this emerging field and discover the incredible things that happen when machines learn our electrical language.
SYDNEY NICOLA BENNETT'S UN FRAMEWORK
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