INFRASTRUCTURES

Our desire to build the most comfortable home for families requires that we tackle specific challenges head on. These challenges vary from water provision, to security and energy.

As the Earth's climate gets warmer and the term 'Global Warming' has become today's terminology due to industrial and various human activities, the need for a cleaner and greener planet with low carbon emission continues to be a global objective. We are positioned to offer our contributions in achieving earth's energy goals, keeping the earth greener as we work, reducing our carbon footprints while ensuring a cleaner and healthier environment.

ENERGY

Green Energy (Non-Fossil)

Renewables Wind Turbine,

Solar and PhotoVoltaics

Non-renewables HydroElectric,

Hydrogen Fuel Cells (H₂)

Nuclear and radioactive matters are also passed through combustion to release vast amount of heat energy to achieve kinetic energy when heated gas molecules in form of steam pass through pistons or shafts. This method is used for the propulsion of vessels in certain applications.

Burning of fossil fuels like gas and gasoline are conventional ways to achieve large amounts of heat energy which is usually converted to kinetic energy as hot steam or gas pass through turbines, shafts or pistons. This kinetic energy process accounts for electricity generation at power plants, piston motions and the eventuality of motions by automobiles.

Hydrogen H2 as seen above produce electrical energy by chemical reactions. Using H2 Cells, energy production can be achieved. This type of electricity production does not release carbon as a by-product, rather water. However, the cost of production and storage of Hydrogen remains a challenge.

Cars and other automobile producers have begun transition from Internal combustion engine designs which require fossil fuel for their kinetic operations to engines powered by electricity. The demand for Lithium and its abilities to conduct and store electricity and as a preferred battery component has surged.

Energy remains an essential consumable in the daily life of organisms on the planet. This Energy not only refers to Electricity but also heat and chemical energy which non-human organisms; i.e; animals, plants and microbes who are also members of the ecosystem require for their metabolism.

In summary, Energy is required for a balanced and sustainable ecosystem to thrive. As humans depend on electrical and heat energy for various daily living activities, it is imperative that the energy generated for consumption purposes are done by harmless means and carbon-free processes to preserve the earth's climate and condition.

Hydro-Electric Power; Electricity generated by the kinetic energy discharged by the flow of large mass of water is a safe, green way to generate the electricity to sustain communities and industrial zones.

Our expertise in construction enable us to re-route existing water bodies such as rivers and lakes through narrow corridors where they are further compelled to flow downwards through electrical generators. These type of constructions are often reffered to as dams.

The electric generators are designed with turbines which are positioned to go through rotary motions at the action of a downward flow of a large volume of water. With the action of magnets and electromagnetism, electricity is generated by magnetic flux and harvested with solenoids for storage and distribution.

RESIDENTIAL HOMES

Our residential family homes are designed to accommodate all contingencies. Air conditioning, indoor pool, custom-made furnishing, interior designs and other features as desired by our Clients are available.

Other cleaner means to generate electricity including Solar; harnessing direct energy from the Sun by Photo-Voltaic processes of elements like Silicon cells give off zero carbon emission and is the greenest and safest means of electricity generation.

The above processes however release large amounts of carbon gases and oxides as by-products that escape into the atmosphere, creating infringements in natural atmospheric processes and damages to the atmospheric layers which comprise mostly of gas.

As a result, we consider water production, electricity generation, smart home technologies and Artificial Intelligence - AIs, extended fields of our operations.

Additional features such as underground parking, basements, elevator accessibilities, provide more space and mobility. These are combined with smart home technology like smart locks and offsite monitor cameras.

Horizontal Axis Wind Turbines have come a long way since the vertical axis wind turbines were first identified in Mesopotamia (Iraq).

Arrays of wind turbines are erected for mass production of electricity using wind actions with zero carbon emission.