Our
SP HYBRIDs are designed as photovoltaic (PV) primary, generator
secondary type power systems using the best components that are
available on the market. They are maintenance free, fully automated,
and ready to be delivered to remote sites for immediate use. The
continuous VAC power output rating is 2.5kW to 7.0kW/hour depending on
Inverter type.
We believe we have
succeeded where others have failed because of the large amount of power
that that is available from our systems, at a relatively low cost.
Included
in our system are several "king-pins"; components never before seen in
a PV/HYBRID system.
PV/Hybrid is the SP-800 which
is an 800 watt fixed array combined with either an 400 watt wind
turbine or a 3.4 kW propane generator.
The SP HYBRD system is designed for
high quality through manufacturability resulting in low cost. The
systems are built and tested in a controlled environment. Once
delivered, the unit is completely operational. The only on-site
"construction" is the possible erection of the optional wind tower
and/or the telecommunications equipment. Both of which can be attached
to the heavy powder coated steel frame. The
use of a dual-axis provides more power versus the use of a fixed
mounted or seasonally adjusted type photovoltaic module racking. The
use of Industrial Grade Deep-Cycle Maintenance Free Gel Batteries
alleviates past problems dealing with frequent customer servicing of
the batteries.
The use of the "cool-cell" battery box enhances the life of the
batteries by reducing the temperature within the battery box. The water
absorbs the heat generated by the batteries during the day and releases
it at night while concurrently, absorbing the cooling effects of the
nighttime ambient and providing chilled water for a cooling effect
inside the battery box for the next day. A simple but effective means
of natural convection.
- 800 watt PV Mounted on Power-coated Skid,
- Battery Rack 10.6kS Deep Sycle Surrete Batteries (4 Batt) .
- 2.5kW Trus Sine Inverter.
- PWM Control,
- Monitor and Disconnect
