KGM RENEWABLE TECHNOLOGIES
It is the mandate of the KGM to supply highly flexible and modular renewable energy systems that
harvest the waves energy of the ocean to generate electricity and to fully integrate with other
renewable energy systems which are adaptable to the local needs of the citizens of the Commonwealth
of the Bahamas.
The heart of this technology is a highly modular and automated floating system which has many small
generators which harvest the energy of the waves and then the combined supply of energy from the
whole array is sent to the shore for use. This system will be used in the ocean to harvest the energy of
the flowing water.
This system will also be configured to work with Solar or wind systems, so that a complete system will
be able to meet the unique of the entire archipelago of the Commonwealth of the Bahamas.
THE FLOW CHART OF OUR TECHNOLOGY IS AS FOLLOWS:
ENERGY COLLECTION-GRID SUMMING-DELIVERY TO SHORE
SOLAR PANELS-WIND GENERATORS-CENTRAL CONTROL POWER MANAGEMENT
POWER FLOWS TO THE COMMUNITY-POWER TO WATER SYSTEMS-POWER TO AGRICULTURE SYSTEMS
KGM INTRODUCES RENEWABLE LOCAL FUEL PROCESSING
The mission of the KGM is to supply highly flexible and modular fuel refining systems that can use a wide
range of input materials and output common fuels like Diesel, Gasoline, Jet Fuel, as well as various
The heart of this technology is a highly automated modular marine life growing system which does not
require skilled operators and manages the growth of a high yielding culture which converts sunlight into
the basic long hydrocarbons needed to make liquid fuels and lubricating oils.
Our system is configures to be a Micro Refining System.
The Nutrient Source Will be any one of the following: Farm Waste and Bones-(fish or animal) to create
the nutrient solutions to grow the marine culture.
This technology is designed to be shipped to the site in standard Highcube 40 foot containers.
At the site the growing panels are deployed over the ground area to support the growth of the marine
The technology is designed to be rapidly installed at various sites and locations.
The technology is designed to be modular so that the upgrades can be done at any time in the field by
adding or replacing various sub-systems