CIG Air Pumps - Options

 

THE SHIELD

AIR PUMP OPTIONS

Sheets - Pistons - Axel Shaft or Belt

 

Sheets for 1.0 - 2.0 + 3.0

Sheet pumps like PZ Taps with a small contraction & expansion to push air inward with filters 

Pistons for 1.0 - 2.0 + 3.0

Pistons set & perpetual achieved

Axel Shaft or Belt for 0.5

Paddle pumps on Axel interiors that repump Air-Tanks

Pump While Sitting Still. Stopped.

A separate variable from in Motion pumping. Pump while acelerating or decelerating then while coasting with no drag yet regenerative braking could be used like an altinator or with as an additive

Additives. Accessories got different purpose

Refilling air allows us to generate energy for storage & use this self refilling air compression & self-recharging batteries 

Just air like just water not perpetual hydrogen which we like few others also achieved. CIG metered or not 

SELF CHARGING AQUEOUS HYDROGEN

Self-charging aqueous hydrogen gas batteries with three different self-charging modes are developed, i.e. , chemically self-charging, short-circuit induced self-charging, and low-energy-input triggered quasi-self-charging.

A similar approach to that of CIG with Dr Sydney N Bennett has been achieved.  It is not patented so this different variations are open source internationally yet innovation styles may hold patent or copyright & trademark. quasi. A term that sees a portfolio & to blueprint then innovate is to access licence rights even open source. The vast portfolio of Dr Sydney N Bennett 

Self-charging aqueous metal-based batteries are attracting extensive attention for use in energy conversion and storage technologies. However, they are constrained to the chemically self-charging mode by oxygen gas (O2) reactants and suffer from serious battery failure after cycling due to the accumulation of solid byproducts on the electrodes. Herein, we report a universal approach to develop self-charging aqueous hydrogen gas (H2) batteries (SCAHGBs) with three different working modes, i.e., chemically self-charging, short-circuit induced self-charging, and low-energy-input triggered quasi-self-charging. The SCAHGBs can be self-recharged by the spontaneous chemical reaction between the discharged cathode and O2 reactants or the electrochemical reaction between the discharged cathode and electrocatalytic O2 electrode. Notably, the SCAHGBs after self-charge/discharge cycles only involve the generation of clean water by the combination of OH− and H+ ions, which can completely avoid the generation of solid byproducts thus guaranteeing excellent cycling stability with high-capacity retention of 90–100%. Interestingly, the self-charging capacity of the short-circuit induced self-charging battery can reach the practical capacity of 76% in only 15 min, and the low-energy-input triggered quasi-self-charging battery can achieve a high output voltage of 1.69 V. This work provides promising strategies for designing advanced self-charging battery systems.

https://www.researchgate.net/publication/380436686_Self-charging_aqueous_hydrogen_gas_batteries

LIKE RESOURCE FREE MOTORS. RESOURCE FREE BATTERIES

Equivalent or better

The Batteries with material (lithium - salt) or just air + conductive wireless or none

Lyrics less than gah-tar. Strings make boing sounds & energy extracted.

Boing. Boing - Understand?

SELF RECHARGE YOUR VEHICLE!

Retrofit Kits for

EV Battery Electric Vehicles

Pop old battery out (can repurpose materials)

Place new battery in

Piston-Punch Self--Refilling Air Compression or Perpetual Hydrogen

50% or less of battery materials repurposed or alternatives

Emergency purge + extinguisher system built in for safe contained Electricity

Metered if required. Government regulations 

CIG Air Pumps - Options

CIG