Brine Batteries + Lighting
H.O.R.B-CIG - BRINE
Brine Batteries + Lighting
GLOBAL ENERGY TRANSITION
Energy deemed a basic need factors in low & fair profits while higher yield investments are not a basic need
In our process of desalination for purposing ocean water
The brine in extraction will be utilizing for mass producing different batteries
No-charge - No-replacement - Climate control internals
Environmentally friendly packaged non-corrosive simple high output condensed salt - water batteries with a contained interior to void settling of materials so you do not have to physically shake the batteries before use or during
Salt water contained - condensed batteries
"Salt water in a cup" - condensed in specific packaging for long-term use & safe storage
Lower cost yet weighted due to liquid
A web mesh interior for salt to remain in different layers equally within the battery container for maximum output in energy options for efficiency
SPECIALTY APPLICATIONS
30 Gallon cube
55 Gallon cube
2x2 ft cube
4x4 ft cube
6x6 ft cube
8x8 ft cube
10x10 ft cube
500-15,000+ Volt Energy
Basic Experiment Reference
https://m.youtube.com/watch?v=5Lie8uOumU0&pp=ygURU2FsdCBiYXR0ZXJ5IGZyZWU%3D
Testing of Cold - Weather sub-zero configurations versus options tested above temperatures +1 Celsius or 33.8 degrees fahrenheit
PROCESS
Raw materials
Design - manufacturing
Packaging - transit
Storage
40-60% margins in profit above expenses establishing cost to retail
Retail sales
40-60% margins in profit above cost establishing consumer & business price in retail
Desalination brine from Ocean water for use in mass market Hydrogen fuel stations & use internationally then for manufacturing & agriculture purposed water use while fresh natural drinking - personal hygienic waters sustained are maintained in a land based cycle
Mass storage in above & under ground water towers & sisters to combat drout
BASICS
Standard Consumer Batteries
Mass production sold at 50-75% lower than 2000's-2020 costs on all standard consumer batteries to transition the masses to the new environmental standard in energy for basic applications including lighting & charging consumer electronics
Global reliance on traditional batteries & variant hybrid air, sodium & lithium will drop to under 25%
Testing of Cold - Weather sub-zero configurations versus options tested above temperatures +1 Celsius or 33.8 degrees fahrenheit
AA Batteries
Also known as “double A”, AA batteries are by far the most popular battery size. Used in a multitude of applications, these batteries can be purchased almost anywhere.
Double A batteries are generally what everyone pictures when they think of standard replaceable batteries. Used in everything from thermometers and staffing pagers to cordless phones, these batteries are used extensively. AA batteries measure at 1.5V, and work well for devices that require a somewhat high current draw, but are not in constant use. They can also be used for devices like clocks that are always on but use minimal energy.
AAA Batteries
Also known as “triple A”, AAA batteries are the second most popular kind of battery. They are used for small toys, thermometers, and calculators.
Triple A batteries are often used for small electronic devices such as TV remote controls, kitchen timers, graphing calculators, and bathroom scales. AAA batteries, like AA batteries, also measure at 1.5V, but generate less energy due to their smaller size. These batteries are used primarily in small devices that don’t require a lot of energy, like kitchen timers. The batteries will last a long time, while still accomplishing their purpose. These compact batteries also power portion control scales and thermometers.
AAAA Batteries
While “quadruple A”, or AAAA, batteries are not as common as their AA and AAA counterparts, these thin batteries pack a powerful punch.
These small but powerful batteries are often used in LED penlights and laser pointers. They are also frequently used in small devices such as glucose meters, hearing aid remote controls, and powered computer styluses.
C Batteries
These heavy-duty batteries are mainly used for toys, flashlights, and portable radios.
Many automatic hand sanitizer dispensers require the use of these 1.5V batteries. Perfect for heavy-duty applications where batteries require frequent use, you can be sure that your device is operating with safe, reliable power. These batteries are also frequently used in restrooms that utilize battery powered flush sensors.
D Batteries
Used for devices that require an extended period of power time, these batteries work best in large flashlights, stereos, and hands-free soap or paper towel dispensers.
Powering most automatic paper towel dispensers, D batteries are essential. These large, bulky batteries provide hours of use and power a variety of commercial, heavy-use devices, like hands-free sensor faucets, air freshener systems, and soap dispensers.
9V Batteries
Generally known for its rectangular shape, the 9-Volt battery is used in devices that require high voltage and lots of power.
9V batteries work extremely well for devices like infrared thermometers, battery powered temperature alarms, and electronic portion scales. These products may all encounter extreme temperatures from food, walk-in coolers, or other kitchen equipment. 9V batteries are exceptionally durable and offer outstanding performance, working in environments from 0 to 130 degrees Fahrenheit.
CR123A Batteries
Packed with power, this battery is frequently used for tactical equipment, wireless security, and home automation.
Although significantly shorter in length than a AA battery, the CR123A battery generates 3 volts—twice the voltage of a AA battery. These batteries deliver a huge amount of power while maintaining a relatively small size. Ideal for devices that require a lot of power, like LED flashlights, they ensure maximum performance. This battery will last longer than most, thanks to its large power-to-size ratio.
23A Batteries
This small battery is commonly used in small devices such as garage door openers, specialized medical devices, watches, or remotes.
Delivering 12 volts of power, it is used in applications that require infrequent but powerful bursts of energy. Previously used in photoflash film cameras, these batteries are now used primarily for garage door openers, wireless doorbells, and keyless entry devices.
CR2032 Batteries
This small round battery offers a lot of power in a compact size, making it unique compared to most other batteries.
At 3 volts, the CR2032 battery is commonly used in watches, calculators, toys, and different medical devices. These batteries provide long-lasting, reliable power and have a very high weight-to-power ratio. Used in wrist watches and slim, compact thermometers, this battery is practically weightless while providing hours of use.
Specialty Batteries
These large, heavy batteries are used for heavy equipment that require huge amounts of energy. They are commonly used in lawn mowers, power tools, and generators and provide long-lasting power in between charges.
12V; 12 Volt Battery
Large, block-shaped, and heavy, this battery provides hundreds of amps of electrical current and is commonly used in cars and other industrial equipment. Compared to some of the bigger voltage batteries, it might not make sense that a car is able to function with only 12 volts while other heavy equipment requires much more than just 12 volts. This is because heavy equipment and cordless power tools all require a charge after their energy has been depleted. Cars use an alternator which acts as a generator to keep the car's battery powered, eliminating the need for an external charger.
22V; 22 Volt Battery
At 22 volts, this battery is used to power heavy equipment and high-power cordless tools like drills and electric saws. Because cordless power tools are compact, but require a great deal of energy, 22V batteries are perfect for the job. They deliver high power for an extended period of time, such as when installing electrical appliances.
44V; 44 Volt Battery
With an enormous voltage rating of 44 volts, this battery powers equipment that consumes power, like cordless power washers, leaf blowers, and self-propelled lawn mowers. All of these use up a huge amount of energy because not only are they in constant use, they are also high-powered.
How Batteries Work
Before getting into the different chemical constructions of the different types of batteries, it’s important to have some general knowledge about how batteries work since they are measured a bit differently than other electrical appliances.
Capacity: Capacity refers to the amount of charge a battery holds. It is measured in milliamp-hours (mAh), or amp-hours (aH). A battery’s mAh is normally listed on the side of the battery, and you can figure out how long you can expect the battery to last using this simple equation:
Amp Hours (aH) / Amps (A) = Hours (H)
For example, a 2,500 mAh AA alkaline battery could power a device that draws 250 mA of current for 10 hours. However, if the load draws 25 mA of current, the battery will last 100 hours. The overall life of your battery depends on what you use it for, but a general rule of thumb is that the higher mAh a battery has, the longer it will retain its energy.
LIGHTING
Brine battery connected stand-alone lighting with a manual on-off or diming & smart-sensor switches
Brine Battery Lighting with Batteries built in
Aftermarket Brine - Batteries for lighting
SUSTAINABLE ICE AIR COOLERS
Alternative to smaller, medium + large air conditioning systems utilizing 24 hour solar & accumulative P.M.E energy options
Reference - Inspiration for Mass production
https://m.youtube.com/watch?v=XJJtZlrUA4USUSTAINABLE HEATERS
Alternative to smaller, medium + large heating systems utilizing 24 hour solar & accumulative P.M.E energy options
Modern BBQ - Stove Alternative using P.M.E Accumulative Energy with zero - emissions will be included in the mix
Reference - Inspiration for Mass production
https://m.youtube.com/watch?v=0guulsNSQXU
DATA ON MASS PRODUCTION
Production Numbers - Batteries
2025-2028
500,000
2029-2035
2+ Billion
Production Numbers - Lighting
2025-2028
300,000
2029-2035
1+ Billion
CONTROLLED - CAPPED CONSUMPTION
In a world where all items designed & manufactured are designed to wear out to increase opportunities in service & maintenance yet at the cost of the Environment, our biological health & the long-term sustainability of the planet with all species maintained within earth's atmosphere
We need to literally devide all investments between Basic Needs + safe Approved Earned Privilege
ENVIRONMENTAL - HEALTH FOCUS
Environmental - Health focus on all areas of production
Digital & physical products & services
Traditional
Sourcing raw materials
Design & manufacturing
Packaging & transit
Storage
Retail sales
Consumption & disposal
All public & private infrastructure
Digital
Private infrastructure including servers & water use with heat sinks to lower energy consumption in storage
Sourcing raw materials
Design & manufacturing
Packaging & transit
Storage
Retail sales
Consumption & disposal
All public & private infrastructure
The cycle
Pull items out of the ground & process with air & water them use without negatively affecting the atmosphere "air" or ground "earth" or water "oceans-seas, lakes, streams & rivers"
Disposal of items safely after short or long use without negatively affecting the atmosphere "air" or ground "earth" or water "oceans-seas, lakes, streams & rivers"
Our biological health & existence depends on this perspective
ENERGY AS A BASIC NEED
Energy becomes a break even low or fair profit industry as it is a variable within the basic needs of the human right to exist & survive
Housing, transportation, food-drink, medical-dental, communication, personal hygiene, laundry, seasonal clothing, accessories & footwear
Without low cost capped & controlled energy we do not have the ability to meet a quality of life at the Middle Class to Affluent Millionaire level leaving many impoverished without regardless of education level, ability, knowledge& skill
Higher energy costs rise supply costs leaving costs risen & quality of life lowered to keep it simple
BENEFITS OF ENERGY AS A BASIC NEED
We enjoy lower cost transportation across the board
This lowers all costs & aids in a sustainable system
Earned privilege in all other areas increases for the mass public of all countries increasing opportunities while increasing in & sustaining a capped & controlled with separate free market based on trends & interest per quarters Q1-Q2-Q3-Q4
With multiple variations in hybrid substitutes capped controls over costs & access void supply shortages based on availability & seamless control over demand versus supply driving costs down allowing for consumable short - long term digital - physical product & service availability within the confines of control using different social engineering techniques in monitoring at the domestic & international level
75-90% reliance on a domestic sourced - grown - manufactured economy is required to sustain such a system regardless per country or connected groups of smaller countries
ENERGY TRANSPORTATION
The global transition
Petroleum + Diesel fuels will be phased out between 2028-2035 permanently with all remaining registered vehicles repurposed using Hydrogen or P.M.E & combinations while EV Battery Electric & EV Battery Electric hybrids are not allowed to be registered in all of 195 countries due to safety concerns
https://m.youtube.com/watch?v=GJb9UOxpb48
https://m.youtube.com/watch?v=YJBzEYduKK8&pp=ygUaaHlkcm9nZW4gdmVoaWNsZSBleHBsb3Npb24%3D
https://m.youtube.com/watch?v=OA8dNFiVaF0&pp=ygUaaHlkcm9nZW4gdmVoaWNsZSBleHBsb3Npb24%3D
All EV Battery Electric products need to be contained outside of a building structure in a climate controlled fire - explosion proof box a specific amount of meters away with security monitoring surivellance that can detect potential for fire or explosion then a extinguisher & alarm option within otherwise they are absoleet & deemed unsafe
Recreational - Toy Remote Controlled aircraft or ground based vehicles
Electronics - Handheld & Computational Laptops or Tablets
A phase out of EV - Battery Electric scooters & bicycles or similar products in favor of basic versus mid level or advanced Hydrogen - P.M.E configurations which are proven safer should be considered only
Safe - Distance Hydrogen Fueling stations
Separating the vehicles from the containment to void potential fires & explosions during refueling
Configurations in vehicles creating a air - hydrogen gas release purge at the rear of a vehicle to avoid fires & explosions affecting all aspects of the vehicle including rhe cabin even in an accident
California - Hydrogen Highway
https://m.youtube.com/watch?v=Nzm5GuOJBqg
Using a Mid-Engine Super Sport vehicle design
The working engine parts are behind the cabin area with strategic efforts on 50-50 weight distribution while the hydrogen engine is separated behind the cabin in a compartment designed to release a purge of air- hydrogen release rather than fire or explosion at the rear of the vehicle to void risk of injuries, death or damage to the vehicle
AWD sedans - four-time seat
AWD - 4x4 pickups or van configurations
These small details were ignored using a Petroleum - Gasoline & Deisel fueling station mindset despite risk of different substances at play which create different hazards & risk
Ground up & develop based on risk & all details of concern to standardize in effort to accomplish multiple goals controlling demand & safety
The vehicle hits an object & the engine does not forcefully shift into the cabin as it would wedge between a triangle under from behind if anything based on motion - force
If the engine is in front it can be pushed into the cabin upon force if the vehicle his an object
The rear - mid-engine design offers the least risk in all configurations
The fu*king things aren't worth a fiddlers fu*k. As my grand father Ray Savage would have stated
Free energy equivalency - bicycle configurations
https://m.youtube.com/watch?v=UiNE9wWRlq8
https://m.youtube.com/watch?v=3tCdENojnbM
An accordion bus configuration
The rear articulating section acts as a flat bed trailer housing the electric components separate from the cabin housing passengers & light freight cargo
A contained rear fire proof - explosion proof monitored purge option with multi-extinguisers in the event of an accident - impact or fault causing fire & or explosion protecting the cabin
All other options should be made illegal & criminal to register & use
An independent chain of
Small - medium - larger
Hybrid markets with collective group international buying power
Connecting
Local farms & agriculture
Shop - support local & affordable schemes in the mix
Entry level - mid level - advanced pricing & selections
No big box monopoly Corporate interests as they will have to contract into the mix of equal percentage entrants based on a controlled demand - supply in social engineering as a program
Domestic supply reliance at 75% or higher & international imports at under 25%
Demand & supply on products is based on trends & requests by customers which create the products which are made available to them on a smaller or larger scale ordered based on when they require to fit the demand
Shrinkage, spoilage & out-of-date product waste is minimized to 98-100% from 60-90% natural regular averages
This model as a societal structure changes everything
Previously disposable short versus longer term preserved items are now long-term preservable items
Re-usable & re-manufacturing then re-purposing
The old method to reduce, re-use & recycle works well also in the equation
The cycle with waste & health then considerations for the environment
SECTION 1
Basic Needs - Items
Required basics
Basic - Mid Level - Advanced
SECTION 2
Privileged Items
Earned basics
Basic - Mid Level - Advanced
Earned luxuries
Basic - Mid Level - Advanced
Companies - Brands - Businesses
Content - Rights + Digital - Physical Markets
Capped Economy 75%
Fixed controlled economy
Free Market Economy 25%
Open variable competitive economy
Capped - Fixed Rate
Regular
Geared to income ratios - in subsidy
Market Rate - Variable Rate
Connected to different Private Sector + Inflationary factors
TEO - Garden
https://m.youtube.com/@TEOGarden
https://m.youtube.com/watch?v=tp_VI6ujKHE
https://m.youtube.com/watch?v=O0MMvvcYhO4
https://m.youtube.com/watch?v=9bPIaHg11mI
https://m.youtube.com/watch?v=tPL9-L2gwzo
https://m.youtube.com/watch?v=eMNhRlTX5JY
https://m.youtube.com/watch?v=jau12r-jIK4
https://m.youtube.com/watch?v=KVqHYNE2QwE
BEST LINK - BEST LINK - BEST LINK
1000 Units a Day - Small Production
US $1 Million+ annual at $600 set up fee. Rwsidential Garage build. Distribution channel & marketing then innovative automation
https://m.youtube.com/watch?v=PUfjMOK2WXE
https://m.youtube.com/watch?v=lGlC0KZr8rY
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