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Environmental:
We take environments issues seriously. Our Environmental
calls for ever greater efforts to resolve and prevent ecological
problems. We can coexist in harmony with our planet and the Universe
that surrounds us.
Green
Committees: We are working to turn environmental plans
into concrete action.
Solar cells capture the
sun's energy and change it to electricity. Inside a solar panel, each cell
contains silicon, an element found in sand that absorbs sunlight. The
energy in this absorbed light produces a small electrical current. Metal
grids around the solar cells direct the currents into wires that lead to
the power controls.
The solar array is
comprised of one or more solar PV modules (solar panels) which convert
sunlight into clean solar electricity. PV is short for Photo voltaic,
which means electricity from light. The solar modules need to be mounted
facing the sun and avoiding shade for best results.
The main function of a
charge controller is to prevent over charging the batteries, as well as
keeping electrical storage in the batteries from discharging to the solar
modules at night.
The batteries store the
solar power generated and discharge the power as needed. The battery bank
consists of one or more solar deep-cycle type batteries. Depending on the
current and voltages for certain applications the batteries are wired in
series and/or parallel.
The Inverter changes
the DC current stored in the batteries into usable AC current which is the
most common type used by most household appliances and lighting.
Selecting the correct
size and type of wire will enhance the performance and reliability of your
system. The size of the wire must be large enough to carry the maximum
current expected without undue voltage losses.
The appliances and
devices (such as TV's, computers, lights, water pumps etc.) that consume
electrical power are called loads.
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