Alpha Technologies DCX3000 Spezifikationen Seite 11

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Alpha Technologies Services
> Complete system engineering, installation
and system commissioning
> Service and support before, during
and after system commissioning
> Liaison with utility companies and local
municipalities throughout the project
Turnkey Installation Services
Off-grid, grid-tied solar power
Elevated Racking Structure in Bordentown, NJ
Largest continuous elevated racking structure in the United States
This 1MW DC grid-paralleled Solar System in Bordentown, NJ is the largest
continuous elevated racking structure in the United States. The system will
provide clean and low-cost power for onsite business operations for the next
20 to 25 years. As part of the Renewable Energy Portfolio available only in New
Jersey, our customer was able to lower the system cost through the sale of
environmental attributes (Solar Renewable Energy Credits).
This 1MW grid-tied solar power system includes 5,880 photovoltaic panels
spanning a total area of 140,000 square feet. The panels are tied in to one single
electric utility meter via 10 separate inverters; this ensures that if a single array
needs troubleshooting, 90% of the system would still be producing electricity.
The system will generate more than 1,130,000 kilowatt hours per year, which is
roughly the amount required to power 128 homes. The resulting CO2 offset of
2,030,000 lbs (about 923 tons) is equivalent to eliminating the annual emissions
from 169 cars.
Off-grid Solar System in Hinsdale, CO
Remote electrical system in Southwestern Colorado
This remote electrical system was built and installed in Southwestern Colorado
as part of a project to improve emergency communications. The site is located at
9700 feet elevation up a narrow and steep ATV path. An 800mHz repeater radio
is the primary load on-site with additional DC and AC power provided for local
emergency fire, rescue and police communication.
The combined load of all the communications systems is just over 50 kilowatt
hours per day – roughly equivalent to the electrical demands of two average grid-
connected homes. Not surprisingly, the mandate for this electrical system was
"extreme reliability" so two sources of power generation are available. A 13.86kW
PV array is the primary source of energy, backed up by a 20kW
diesel generator.
The solar power system on this site is intended to meet 86% of the power
requirements, with the remainder of the power coming from the 20kW diesel
generator. The 240Vac output of the generator is converted into 48Vdc by a bank
of Argus Cordex™ 3.6kW rectifiers. The hybrid nature of this system – PV assisted
by a generator – maximizes battery life and minimizes the risk of load loss.
Grid-tied Solar System in Phoenix, AZ
153kW grid-tied solar power system
As part of a broader effort to reduce their power demand and energy expenses,
Cox Communications contacted Alpha Energy to design and implement a solar
power system at its Phoenix, Ariz. headquarters. Alpha Energy worked with a
regional prefabricated parking structure installer and electrical contractor to engineer
and build a series of turnkey Elevated Racking Structures
The 153kW grid-tied solar power system includes 900 photovoltaic panels spread
across six new racking structures, enough to accommodate 75 parking spaces.
The system will generate more than 240,000 kilowatt hours per year, which is
roughly the amount required to power 16 homes. The resulting CO
2
offset of
392,081 lbs (178.2 tons) is equivalent to preventing the emissions from 33 cars.
As an added benefit the racking structures provide parking protection from the
elements. These structures also make the solar modules visible from the street to
help demonstrate Cox Communications' commitment to renewable energy.
16.8kW Alpha Elevated Racking Structure
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