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| Renewable energy technologies | ||||||||||||||
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Solar energy
The sun is an inexhaustible source of energy that can be used for a wide range of applications. Passive solar energy for instance is captured when constructional measures use sunlight for heating rooms. solar energy can also be used more actively. Solar panels convert sunlight into electricity. This is called photovoltaic solar (PV) energy, or solar power. Solar heaters convert sunlight into heat in order to warm water and rooms. This is called thermal solar energy.
Carbon Credit World helps clients implement both PV and thermal
solar energy systems. Both in new development and existing
buildings. Our services vary from feasibility studies and design to
turn-key delivery of systems. |
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Wind energy
Wind energy is the fastest growing source
of energy in the world and can contribute substantially to the
worldwide goals for carbondioxide emission reduction. Sites offshore
and in remote areas constiture a large potential for wind farms:
worldwide there is enough potential for wind farms to generate more
than twice the forecasted energy demand in 2020. Carbon Credit World' wind energy experts advise project developers, power companies, authorities, turbine manufacturers, financial institutions and other stakeholders. We deliver the following services: |
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Bio-energy
Bio-energy is a cost-effective renewable energy source with a large
economic potential. In the coming years bio-energy will represent
the largest share of renewable energy sources worldwide. bio-energy
is a carbon dioxide-neutral energy source since the amount of carbon
dioxide that is captured during the growth of biomass is equal to
the emission of carbon dioxide during the conversion process. |
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Energy from water There are several forms of harnessing energy from water, such as hydro power, wave energy, tidal energy and osmosis energy. In this area Carbon Credit World is mainly active in research and development of experimental techniques. |
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Energy around us
Conventional energy supply systems use fossil energy to heat and
cool while we have sources of heat and cold all around us to supply
the demand for energy, either in part or in full. Examples include
the residual heat from production processes, the heat contained in
groundwater, ventilation air or the outside air. In order to use
these sources of energy to heat or cool, they first have to be
brought to the correct temperature using heat pumps or held, for
instance, in seasonal storage in aquifers (subterranean water
basins) enabling the energy to be used at a later date. |
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