solar power systems may be categorized into four primary types. These types of systems may be designed to meet all or part of the user's electrical requirements. Check out the links: http://renewenergy.com.au/
2. TypesofSolarPanelSystems
Solar panel systems may be categorized into four primary types. These
types of systems may be designed to meet all or part of the user's
electrical requirements:
1. Standalone DC System
2.Standalone AC-DC System
3.Backup AC System
4.Utility Interconnected System (Grid-tied)
3. 1.Standalone DCSystem
Standalone type systems are usually a
utility power substitute. They generally
include solar charging modules, storage
batteries and controls including a
charge regulator. A small standalone
DC system is an excellent replacement
for kerosene lamps and noisy
generators in a remote home, a
recreational vehicle, or a boat. In this
system a photovoltaic (PV) array
charges the battery during daylight
hours and the battery supplies power
to the loads when needed. The charge
regulator terminates the charging when
the battery reaches full charge.
4. 2.Standalone AC-DCSystem
This system is the same as the previous
system, except for the use of a DC to AC
inverter. With the addition of an inverter,
commonly available household appliances
such as computers, power tools, vacuum
cleaners, washing machines and kitchen
appliances can be solar powered.
High quality DC to AC inverters are available
with power outputs ranging from one
hundred watts to ten kilowatts and more, and
conversion efficiencies greater than 90
percent. Most larger inverters also have the
ability to serve as battery chargers from a
backup generator when more power is needed
than can be supplied by the solar modules.
5. 3.BackupACSystem
A backup AC solar electric system will
usually have a photovoltaic (PV) array of
ten or more modules, a battery bank, and
one or more inverters. The utility will
backup the solar and run the loads when
available and needed. If utility power fails,
the power from the battery bank is
available to the system.
6. 4.UtilityInterconnected System(Grid-tied)
These are the simplest systems
and require no batteries because
they are designed not for backup
power but to contribute power
back into the existing power
supply. A typical system might
include solar modules, a mounting
structure, and AC inverter/control
for the power to be fed back
through the building's
120/208/240 volt AC power
distribution system.
7. ContactReputed SolarPanelInstaller
Learn more about solar panels and speak with a reputable solar panel
installer in Perth today!
Renew Energy
Unit 4 / 126 Bannister RD,
Canning Vale, WA 6155.
:Website:
http://renewenergy.com.au