Knowing that energy is the basis of development  Faouaze Investment Corporation (FAINCO) proposes to offer and build a wide range of energy solutions whose main objectif is to achieve a saving energy.

For this fic will invest in renewable clean energies and efficiency energy. All of which leads fic to make solar & wind energy and accessible at a lower cost through turnkey solutions

Faouaze Investment Corporation (FAINCO ) carries out these activities with the aim of the developing installations and services in the field of renewable energies and new technologies to help install better energy performance in Guinea.
The determination and involvement of fic in the development of renewable clean energies is also an expression of its commitment to constantly promote the long-term reduction of the energy costs in Guinea and Africa
This has a positive impact on the lives of aboriginal communities.

The principle of hydraulic power is simple: water runs a turbine that drives an electric generator. Although the principle of electrical production is simple, hydraulic technologies incur particularly high construction and maintenance costs. The contractual, environmental and technical specificities of these large-scale projects have become the specialty of FIC’s research firm specialized in renewable energies.

Faouaze Investment Corporation (FAINCO ) supports the largest private and public operators in the development of their projects. FIC teams mobilize their technical, environmental and regulatory know-how (coordination with local authorities) from the design of hydraulic dams to supervision of construction and then start-up and maintenance. In order to provide services guaranteeing the profitability and safety of the installations of its customers.


Solar energy


The technologies associated with the design of photovoltaic panels and mixed power plants are constantly evolving; The constant search for demand and innovation coming from our consultants naturally associate us with our partners.

Faouaze Investment Corporation (FAINCO ) devotes an important part of its solar REN expertise. The know-how of the FIC teams is spread over all the technologies present: solar thermal, and thermodynamic, solar photovoltaic.

Solar thermal energy consists of using the heat of solar radiation in direct use to heat water or premises for example. It is also used in indirect use when the heat is used for another use as for the desalination of seawater. Its operation is done by thermal sensors whose principle is to absorb solar photons and to transform them In heat. This heat is then transmitted via a liquid or gas to a heat storage tank.


Thermodynamic solar is a variant of solar thermal, which in turn transforms thermal energy into electricity. This process has a principle identical to that of a conventional power plant: the production of steam or gas at high pressure is turbined and then transformed into electricity.


Photovoltaic solar energy is the electricity produced by transforming part of the solar radiation into a photovoltaic cell, made from semiconductor materials such as silicon. On a large scale, these photovoltaic cells are grouped together to form a solar panel. Unlike solar thermal energy, it is therefore a process that will be based on the sun's radiation and not from the heat emitted by the sun. This energy produced by solar radiation is a direct current that can power an appliance, recharge a battery, and at a higher level, power a power distribution network.


Wind power

Wind energy is a wind-dependent energy source, a phenomenon that is made possible by the difference in temperature and atmospheric pressure caused by the action of the sun on Earth. Wind turbines, or wind turbines, make it possible to manufacture electricity from this energy.




The main biomasses used to produce energy concern residues from production activities, residues from processing industries, autodicated crops ("biofuels"), and other biomasses, for example residues from human activities.



Faouaze Investment Corporation (FAINCO ) operates mainly in two biomass families:

 The biogas (obtained from the first two residues pre-mentioned), obtained during the decomposition of organic matter according to a process of mechanization. It can be directly captured in landfill sites or produced in special mechanization units. It is a combustible gas used for the production of heat, electricity or biofuel.

Biofuels are derived from biomass. They form two industrial families: ethanol and biodiesel. They can be used pure or as additives to conventional fuels. Beet, cereals, oleaginous seeds (rapeseed, sunflower ...) make it possible to produce these biofuels.