Remote Power System Sizing Worksheet             

You tell us the load, we’ll do all the work, deliver the ideal system that will keep your equipment up and running — no matter where in the world you are.

Our experienced engineering design team has expert knowledge on solar system sizing, and have thousands of systems successfully installed.

Please complete the form below and a representative will contact you shortly.

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Contact Information
Name:  *
Company:  *
Address:  *
City:  *
State:  *
Zip:
Country:  *
Telephone:  *
Fax:
E-Mail:  *
Date Quote Needed:

Load Information

(Note: For loads with a duty cycle please estimate hours per day for transmit, received and standby. For variable loads please estimate hours/week and divide by seven.)

Example:

Transmit (1 Amp Draw x 24HR / Day) = 24 Amp HR/Day

DC Load
Nominal DC Load Voltage:  *
Transmit (AMPS x HR/Day) =
Receive (AMPS x HR/Day) =
Standby (AMPS x HR/Day) =
Continuous (AMPS x HR/Day) =
Total AMPS/HR/Day = (Add all above entries)  *
Other DC Voltage:  *
Positive Ground:
Yes No
 *

AC Load
Load 1 (WATTS x HR/Day) =
Load 2 (WATTS x HR/Day) =
Load 3 (WATTS x HR/Day) =
Total WATTS x HR/Day =  *
Nominal AC Voltage and Frequency:  *

Site Information
Nearest Major City:  *
State/Province:  *
Country:  *
Latitude:
Longitude:
(If Available)
Highest Temperature (ºF):
Lowest Temperature (ºF):
Elevation (feet):
Winter Snow?
Yes No
Avg. Snowfall (inches):
Lightning Probability:
High Low
Distance from Solar Array to Battery Enclosure (feet):
Will you require a battery enclosure:
Yes No

System Requirements
Number of Systems:  *
DC Equipment Voltage Tolerance (Vdc):
Module Support Structure: *
Ground Roof
Tower Pole
Pole Diameter (inches):
Briefly Describe Site Terrain: *
Days of Battery Storage Required (if known):  *
Corrosion Potential (ie salt air):
Yes No
Special Requirements, Additional Comments:

 

 
Landa and Associates, INC
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Revised: 04/07/07

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