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These starter systems are the most common
sizes purchased. These are the most economical, and start you on
your way to making a difference in your electrical future.

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 |
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GT1500
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| PV Peak Power (Watts
DC) STC |
|
1530
|
| PV
Array Area Sq. Ft. (Approx) |
144
|
| Annual Output in
kWH/Year |
see table below
|
| Inverter
Size (watts continuous) |
1 x 2100
|
 |
|
|
Price
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$9,674
|
|
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GT2000
|
| PV Peak Power (Watts
DC) STC |
|
2040
|
| PV
Array Area Sq. Ft. (Approx) |
192
|
| Annual Output in
kWH/Year |
see table below
|
| Inverter
Size (watts continuous) |
1 x 2100
|
 |
|
|
Price
|
$12,403
|
|
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GT3000
|
| PV Peak Power (Watts
DC) STC |
|
3060
|
| PV
Array Area Sq. Ft. (Approx) |
288
|
| Annual Output in
kWH/Year |
see table below
|
| Inverter
Size (watts continuous) |
1 x 3300
|
 |
|
|
Price
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$19,061
|
|
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ESTIMATED TYPICAL
MINIMUM MONTHLY ENERGY OUTPUT (kW hour/month)
|
|
ESH*
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GT1500
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GT2000
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GT3000
|
|
1.5
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53.2
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70.9
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106.4
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2.5
|
88.6
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118.2
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177.3
|
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3.5
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124.1
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165.5
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248.2
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4.5
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159.6
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 212.7
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 319.1
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5.5
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195.0
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260.0
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390.0
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Click
Here for a Map of Estimated
Annual Solar Radiation in your area
*Estimated Solar Exposure Hours
Read the "Please Note"
section to the right regarding above figures
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What's Included?
Our systems include BP Solar Modules, Sunny Boy or Xantrex Grid
Tie Inverter, Unirac SolarMount roof mounting structure, array wiring
kit (plug and play interconnects) and a DC disconnect.
Not Included:
-Wiring between solar array and DC disconnect switch
-AC output wiring
-AC output circuit breaker and AC output disconnect switch (The
disconnect may be required by some local authorities)
Please Note: The figures supplied in the Estimated Typical
Minimum Monthly Energy Output (kW hour/month) Schedules shown with
our grid tie systems are based on the minimum monthly energy production
which can be expected during the worst solar month of the year.
Performance is calculated by taking 8% inverter, 3% wiring and 4%
soiling losses into account. Array temperature compensation is based
on 77 degrees farenheit. Lower temperatures will improve performance.
Higher temperatures will reduce performance.
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