Lorentz Solar Water Pumping
sample systems

Lorentz PS150 submersible centrifugal (shallow
well, high volume)
-
1 Evergreen Spruce ES-190-RL 18V 190W solar module
-
1 single module top-of-pole mount structure (2 ID SCH40
steel pipe required)
-
1 15 array-to-controller wiring kit
-
1 Lorentz PS150 pump controller
-
1 Lorentz CSJ5-8 submersible centrifugal pump
-
1 Lorentz low water sensor
-
1 float switch
Equipment total = $2,487
On average this system will produce ~2,100 gpd when pushing against
50 of head with 5 hours of full sun per day.
Lorentz PS1200 submersible helical rotor (deep well, low volume)
-
4 Evergreen Spruce ES-190-RL 18V 190W solar modules
-
1 four module top-of-pole mount structure (4 ID SCH40 steel
pipe required)
-
1 15 array-to-controller wiring kit
-
1 Lorentz PV disconnect & junction box
-
1 Lorentz PS1200 pump controller
-
1 Lorentz HR-03H-2 submersible helical rotor pump
-
1 Lorentz low water sensor
-
1 float switch
Equipment total = $6,781
On average this system will produce ~600 gpd when pushing against
760 of head with 5 hours of full sun per day.
Note: the PS600 & PS1200 systems can be powered by a 120/240 VAC
generator or utility power during cloudy periods by using the
Lorentz AC power pack @ $495.
Heres the chart that shows the cost versus
performance of four more Lorentz pumping systems; let us know if any
of them will meet your needs. All systems come with detailed wiring
diagrams.
| Lorentz system description |
Head (feet) |
Volume (gpd) |
Price |
| PS150 Boost-125 surface mounted rotary
vane |
100 |
600 |
$1,784 |
| PS600 BADU Top12 surface mounted
centrifugal |
33 |
4,200 |
$5,911 |
| PS200 submersible helical rotor |
130 |
1,100 |
$3,538 |
| PS600 submersible helical rotor |
400 |
640 |
$5,238 |
Head values listed include static and drawdown
levels along with friction loss. Volume values shown assume a
minimum of 5 full sun hours per day and are averages (i.e. your
situation may vary somewhat). Prices shown do not include freight.
Visit
www.pvsolarpumps.com/water_pumping_questionnaire.html and
answer the questions so
we can quote a system specific to your project needs.
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