Competition
© Copyrights 2011 All rights reserved by Roy Ayers Baxter, Jr.
January 2011
"Our Company Name has been changed to - "Power With Green 'Lectricity" 

February 2011
Kyo Sun Kim is now our new Chief Fuel Advisor and International Sales Coordinator  

March 2011
Opportunities for investments in a variety of prototype EES Opperation Systems is open for all major Oil, Natural Gas and Power Plant opperations.

April 2011
It is an exciting time as we are moving into the new decade. Our new website design and updated information is now up and running and will be posting new updates monthly. Keep watching us as we grow.
NUCLEAR POWER 96% Efficient
MASSIVE AMOUNTS OF WATER needed to cool engines. This requires nuclear power plants to be built near major water resources. Usually, they are built on an ocean coastline.
The water cools the reactor’s core and is then returned to the ocean. In most cases, the hot water is spilled into a coastline. Although the water is not, in actuality, polluted with radioactive materials, the heat kills many of the local and native ocean water habitats.
The radio active materials that are produced from the nuclear power plants are captured and taken to a hole where they deposit it deep into the ground. Although, at this time, some say this sequestering of the radio active wastes is safely stored deep underground, this storage is not necessarily a permanent condition. The earth, as we know it, likes to move and it is likely, that future generations of mankind will one day be faced with the problems we gave them. And they may not write such a good report of our decisions to use nuclear power plants to solve our electrical needs.
Whereas, PWGL uses Energy Efficient Systems that have high efficiency without such dangerous hazardous wastes.

 

 

 

 

 

 

 

 

 
                                   
   

Why are we better than our competitors?

Examples:
SOLAR 17-22% Efficient 
As highly promoted as solar is at this time, there are many reality checks.
Check #1: Solar Needs Large Land and Space requirements for placing panels, transformers, high voltage towers and wires for traversing terrain from out of city solar farms to the end users. Example: there is a proposed solar farm to be built in the desert of California. They need 5000 acres of land for a 450 MW h solar power plant.
PWGL EES land requirements are very small in comparison. 5 acres of land for 500 MW h productions
Check #2: Solar Needs Expensive Fresh Water for cooling and cleaning solar panels for maximum efficiency. And if the Solar uses magnification to heat sterling engine generators, then the water needs are magnified accordingly. For instance, there is a project pending that uses magnification of solar energy to heat sterling engines in a solar farm in the desert. It requires over 600 million gallons of fresh water to cool the engines. This need for fresh water competes with all fresh water customers in the state who need water for drinking, agriculture and household needs. Obviously, the demand will compete and raise prices for fresh water throughout the whole region.
PWGL EES water requirements are much less since 97% of the water we use is recycled.
Check #3: Solar is Inconsistent
 
i.
 Wind Storms
(Reduces production and may even cause storm damage to platforms and solar panels making them unproductive)
 
ii.
 Cloudy Skies (Reduces sunlight and reduces solar production)
 
iii.
 Winter
(Reduces daylight hours which reduces production when you need it most during colder weather and darkness)
 
iv.
 Sunny Days (Expensive water required to cool panels for only 17-22% efficiency)
 
v.
 Night Time
(No production at night without sunlight for at least 8 hrs + daily especially during winter times when electricity is needed most.)
PWGL Energy Efficient Systems have none of the above problems. An EES power plant design can run 24 hours a day in rain, snow, freeze, day and night and can withstand a major earthquake and hurricane.
WIND POWER 35% Efficient
Large Land Requirements and construction costs for large wind turbine farms.
Large Land Requirements needed to house transformers, battery storage facilities, high voltage towers and wires for traversing terrain for out of city wind farms.
Power Production (inconsistent & non existent) NO GUARANTEE of wind resources.
Winter Freeze can totally shut down a wind power turbine engines in a time when electrical power to hospitals, street lights, heaters and households need it most.
PWGL uses Energy Efficient Systems & has none of these problems.