HomeMy WebLinkAboutPERMIT DOCS1679 CLEARLAKE ROAD, COCOA, FLORIDA 32922-5703 (321) 638-1000
Approved Soar Energy System
FSEC # S 9208 Approval Date: OCT 2006
DISTRIBUTOR SYSTEM
Aquatherm Solar Supply
2213 Andrea Lane
Fort Myers, Florida 33912
This system was evaluated by the Florida Solar Energy Center (FSEC) in accordance with the Florida
Standards Program For Solar Domestic Water and Pool Heating Systems (FSEC-GP-7-80) and was found
to meet the minimum standards established by FSEC.
North South/Central
The calculated Florida Energy Factors for this system are: 3.2 3.5
Description
Collector Manufacturer Mode],Number Units Total Rating (Stu)
1.
Alternate Energy Tech.
', AE- Q--
1 34,400
2.
SunEarth Inc.
E4(r
1 34,900
3.
4.
Tank Manufacturer
Model Number
Capacity (gal) Type: Direct
1.
Lochinvar Corp.
FTS082
80
2.
Rheem Water Heaters
81 VR80-1
80
3.
Rheem Water Heaters
81 VR80TC-1
80
4.
American Water Heaters
SE62-SOH-045S
80
Pump Manufacturer
Model Number
Power Draw (Watts) Rated Power
1. March Mfg. Inc.
809-BR-24
18 1 /100 H-P.
2. EL-SID, Ivan Labs Inc.
2W2
10 1 /100 H.P.
3.
4.
Controller Manufacturer
Model Number
Type: Photovoltaic
1. Sunwise Technologies
OEM-10
2. Yingil Solar
PU-10
3.
Freeze Protection
1. Thermally operated freeze protection valve
2. Manual drain down
3.
Other Major Components
1.
2.
If further information is required you may contact the Florida Solar Energy Center at the above address.
FLORIDA SOLAR ENERGY CENTER November 2002
1679 CL.EARLAKE ROAD, COCOA, FLORIDA 32922-5703 (321) 638-1000 FSEC # 00089N
MANUFACTURER
Alternate Energy Technologies, LLC
1057 N. Ellis Road, Unit 4
Jacksonville, Florida 32254
Collector Model
AE-32
This solar collector was evaluated by the Florida Solar Energy Center (FSEC) in accordance with prescribed methods and was found to meet the
minimum standards established by FSEC. This evaluation was based on solar collector tests performed at the Bodycote Materials Testing Canada
Inc., Mississauga, Ontario, Canada. The purpose of the tests is to verify initial performance conditions and quality of construction only. The resulting
certification is not a guarantee of tong term performance or durability.
DESCRIPTION
Gross Length
2.470
meters
. 8.10'fieet
Gross Width
1.200
meters
-3 94 feet
Gross Depth
0.079
meters
0.26 feet
Gross Area
2.965
square meters
31.91 square feet
Transparent Frontal Area
2.781
square meters
29.93 square feet
Volumetric_ Capacity
4.9
liters
1.3 gallons
Weight (empty)
51.3
kilograms
113.0 pounds
Recommended Flow Rate
76
ml/s
1.2 gpm
Test Pressure
1103
kPag
160 psig
Number of Cover Plates
One
Flow Pattern
Parallel
Forced Circulation
Number of Flow Tubes
Ten
MATERIALS
Enclosure Aluminum frame, aluminum back
Glazing Tempered low iron glass, 0.30 cm thick
Absorber Copper tubes welded to copper fins
Absorber Coating Selective coating
Insulation Foil faced polyisocyanurate, 3.2 cm thick
THERMAL PERFORMANCE
Tested per ASHRAE 93-1986
Incident Angle Modifier Kra = 1.0 - 0.19 (
coso
Efficiency Equations
ri = 71.7 - 499 (Ti-Ta)/I rl = 71.7 _ 87 (Ti-Ta)/l
rl = 70.1 - 344 (Ti-Ta)/l - 1598 [(Ti-Ta)/I]2 rl = 70.1 - 60 (Ti-Ta)/l - 50 [(Ti-Ta)/1]2
Units of (Ti-Ta)ll are °C / Watt/m2 Units of (Ti-Ta)/l are OF / Stu/hr-ft2
RATING
The collector has been rated for energy output on measured performance and an assumed standard day. Total solar energy available
for the standard day is 5045 Watt-hours/m2 (1600 Btu/ft2) distributed over a 10 hour period.
Output energy ratings for this collector based on the second -order efficiency curve are:
Collector Temperature Energy Output
Low Temperature, 35'C (95'F) 35,300 Kilojoules/day 33,500 Btu/day
Intermediate Temperature, 50'C (122°F) 29,000 Kitojoules/day 27,500 Btulday
High Temperature, 100'C (212'F) 9,700 Kilojoules/day 9,200 Btu/day
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Air Vent
Vacuum Breaker
Collector ---
Photovoltaic -
Module
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- - Pressure Relief Valve
- - - Freeze Prevention Valve
Pump -
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--
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P(f Relief Valve
old
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Hot Water Out f
Water in Shutoff Valve
- Electric Backup Element
Storage Tank
;1.
- Drain
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