C/M Manufacturing Partners Alliance

 

S.B.G - CIG

IN-HOUSE VS EXTERNAL MANUFACTURING PARTNERS 

C/M Manufacturing Partners Alliance 

Units. Partial units. 

EUROPEAN INTERNATIONAL 

https://jetsons2730.blogspot.com/2026/09/s.html

A hybrid happy medium + block 11 

UNITED STATES OF AMERICA SPEC

CHINA SPEC

MARKET REGULATIONS

Unit. Parts. Maintenance. Insurance 

1. North American Market registration 

2. European Market registration

3. Asian Market registration

4. International Market registration

Standard issue. Mandatory. Optional 

SHOWING RESPECT FOR wBCI HOLOCAUST VICTIMS MODERN

A new world freedom. K.T UN Neuro-Labs of Alpha Health standards. Stop wireless gasings

Energy chips will aid but not shrink as limitations in mechanical variables for modern Earths atmosphere use. 

HAZMAT MODERN. ADVANCED 

Solid-state hydrogen is a new variable. 

C/M Manufacturing Partners Alliance 

SYDNEY NICOLA BENNETT'S JETSONS R&D 

Comparative 

C/M AUTOMOTIVE DEVISION- COMPARATIVE

BMW i4 M50 - i4 M60 performance scaled yet a different design but similar performance is found throughout all C/M Automotive Devision Designs including Retrofit Kits 

The 2026 BMW i4 M60 xDrive Gran Coupé is a high-performance electric four-door hatchback that replaces the older M50 model with 593 horsepower and an estimated range of 447 km (278 miles). 

Performance and Powertrain

Power output: Dual-motor all-wheel-drive system delivering 593 hp and 586 lb-ft of torque in Sport Boost mode.

Acceleration: Sprints from 0 to 100 km/h (0-62 mph) in a claimed 3.5 to 3.7 seconds, with real-world tests showing even faster times.

Mechanical updates: Features new silicon carbide inverters that improve energy transfer efficiency from the battery to the motors. 

Range and Charging

Battery capacity: Equipped with an 83.8 kWh lithium-ion battery pack.

Driving range: Rated for up to 447 km on 19-inch wheels, representing a minor efficiency gain over the previous M50.

Charging time: Supports fast DC charging, replenishing from 10% to 80% in roughly 30 minutes. 

Pricing

Base MSRP: Starts at $82,900 CAD in Canada and $70,700 USD in the United States.

As-tested price: Well-equipped models with options usually price out around $104,000 to $106,000 CAD. 

  

OWNERS OF META & GOOGLE OR BLUEHOST

https://energytechnologiescm.blogspot.com/2026/08/owners-of-meta-google-or-bluehost-we_01041133026.html

SOLID STATE VS SEMI-SOLID STATE GAINS

Copper Vs Sodium Vs Hydrogen 

SOLID-STATE SODIUM 

Solid-state sodium-ion batteries replace traditional copper current collectors with lightweight aluminum, enabling a cleaner and more durable life cycle than conventional lithium or liquid-based systems.

Life Cycle Stages

Production (Cradle-to-Gate): Manufacturing solid-state sodium cells avoids dependence on high-valence copper. Sodium relies on abundant precursors, though solid-state electrolytes and interface engineering remain energy-intensive during initial synthesis.

Operation & Cycling: Sodium-ion solid-state cells demonstrate exceptional longevity, with advanced configurations achieving anywhere from 3,000 to over 10,000 charge cycles depending on the specific cathode and ferroelectric or ceramic electrolyte design. 

Over-Discharge & Stability: Unlike lithium-ion setups where copper current collectors can leach metals under high potential or over-discharge conditions, sodium cells utilizing aluminum on both sides withstand over-discharge safely. 

End-of-Life & Recycling: The absence of scarce or toxic transition metals like cobalt and copper simplifies recycling streams, reducing the overall environmental hazard footprint when decommissioned.

C/M is seeking Zero Cycle. Abundant. Zero-emissions process cycle Net Zero balanced materials for affordable use tiers 

SOLID-STATE COPPER-ION 

Solid-state copper ion technology primarily applies to advanced rechargeable batteries and laboratory chemical sensors that utilize solid materials to detect or transport copper ions.
Solid-State Batteries and Copper Innovations
In modern battery research, integrating copper into solid-state cells offers high conductivity and lower costs, though it traditionally faced chemical corrosion hurdles.

Sulfide Electrolyte Protection: As reported by electrive.com, “Hyundai patents breakthrough for copper use in solid-state batteries”  by wrapping the copper anode current collector in a protective buffer layer. This prevents harsh sulfide electrolytes from corroding the copper. Full international review on domestic South Korea & international patent use is under review in comparative to other scientific research before full international patent use

All-Solid-State Copper-Ion Batteries: Experimental designs use solid electrolytes like & to achieve reversible copper-ion transport between a bismuth selenide anode and a copper cathode.

Solid-State Copper Ion-Selective Electrodes (ISE)
In analytical chemistry, solid-state ion-selective electrodes measure free cupric ions in aqueous solutions without internal liquid filling problems at the sensing surface.

Sensing Membrane: They use an insoluble, compressed sensing pellet—typically a mixture of cupric sulfide and silver sulfide—to develop a stable voltage proportional to the copper ion concentration.

Applications: Devices like the Hanna HI4108 are widely used in electroplating baths, wastewater testing, and industrial water analysis.

SOLID-STATE HYDROGEN 

Solid-state hydrogen storage binds hydrogen safely inside solid materials like metal hydrides or porous frameworks instead of using bulky high-pressure tanks or cryogenic liquid.

What is Solid Hydrogen?

Pure solid hydrogen is formed by cooling molecular hydrogen to extreme low temperatures. As documented on Solid hydrogen - Wikipedia, “Melting point: 14.01 K (-259.14 °C; -434.45 °F) at standard pressure.” Because keeping these ultra-low temperatures takes a lot of energy, practical solid-state applications usually rely on chemical storage materials at room temperature instead.

How Storage Works

Solid-state systems lock hydrogen atoms into a host material structure rather than compressing them as a free gas.

Metal Hydrides: Hydrogen splits into atoms and enters a metal alloy lattice. According to Solid-state hydrogen storage in metal hydrides, “In metal hydrides, hydrogen is chemically bonded to metal alloys or metals.”

Metal-Organic Frameworks (MOFs): As described by H2MOF, these systems use “Nano-engineered reticular materials (Metal–Organic Frameworks) adsorbing hydrogen” at lower pressures than traditional gas tanks require.

Applications and Safety

Solid-state storage reduces explosion risks and eliminates the boil-off losses common in liquid hydrogen. Organizations look to this technology for rugged and remote power needs. The Department of National Defence seeks to “Provide a safe method to store and transport hydrogen for military logistics in extreme and vulnerable environments.”

https://techxplore.com/news/2025-07-solid-state-alloy-enables-safe.html

SYDNEY NICOLA BENNETT'S C/M GAINS