HomeMy WebLinkAboutTweedie, Donna James F. King, President
Jill M. Doherty, Vice-President
Peggy A. Dickerson
Dave Bergen
Bob Ghosio, Jr.
Town Hall Annex
54375 Main Road
P.O. Box 1179
Southold, New York 11971-0959
Telephone (631) 765-1892
Fax (631) 765-6641
November 19, 2009
BOARD OFTOWNTRUSTEES
TOWN OFSOUTHOLD
Ms. Barbara Casciotta
GraenLogic Energy
425 County Rd. 39A, #101
Southampton, NY 11968
RE:
DONNA 'FVVEEDIE
825 STEPHENSONS RD., ORIENT
SCTM#17-1-11.5
Dear Ms. Casciotta:
The Southold Town Board of Trustees reviewed the application received on November 2, 2009
and determined the proposed ground-mount solar system to be out of the Wetland jurisdiction
under Chapter 275 of the Town Wetland Code and Chapter 111 of the Town Code.
Therefore, in accordance with the currant Wetlands Code (Chapter 275) and the Coastal
Erosion Hazard Area (Chapter 111 ) no permit is required. Please be advised, however, that no
construction, sedimentation, or disturbance of any kind may take place seaward of the tidal
and/or freshwater wetlands jurisdictional boundary or seaward of the coastal erosion hazard
area as indicated above, or within 100' landward from the top of the bluff and/or wetlands
jurisdictional boundary, without further authorization from the Southold Town Board of Trustees
pursuant to Chapter 275 and/or Chapter 111 of the Town Code. It is your responsibility to
ensure that all necessary best management practices are taken to prevent any sedimentation or
other alteration or disturbance to the ground surface or vegetation within Tidal Wetlands
jurisdiction and Coastal Erosion Hazard Area, which may result from your project.
This determination is not a determination from any other agency.
If you have any further questions, please do not hesitate to call.
Sincerer,_ ~' ,
Jame~.~ing, Preside~
Board of Trustees
JFK:lms
Page 1
SOLAR PANEL
Google Earth: Directions 11/18/2009
9Agoz68t08[ Z¥~ 9~:g~ (t~M ;n/o?/=~
James F. King. President
Jill M. Doherty. Vice-President
Peggy A. Dickinson
Dave Bergen
Bob Ghosio, Jr.
PO. Boxl179
Southold, NY 11971
Telephone (631 ) 765-1892
Fax (631 ) 765-6641
Southold Town Board of Trustees
Field Inspection/VVorksession Report
Date/Time:
Greenlogic on behalf of DONNA TVVEEDIE requests a pre-submission inspection
to determine jurisdiction for a groundmount solar system. Located: 825
Stephensons Rd., Orient. SCTM#17-1-11.5
Type of area to be impacted:
__Saltwater Wetland Freshwater Wetland
Sound __Bay
Distance of proposed work to edge of wetland
Part of Town Code proposed work falls under:
__Chapt.275 Chapt. 111 other
Type of Application: Wetland _C~a~tal Erosion Amendment
__Administrative Emergency ~Pre-Submission-- Violation
Info needed:
Modifications:
Conditions:
Present Were: __&King __d. Doherty __P.Dickerson __
__ D. Dzenkowski other
Form filled out in the field by
Mailed/Faxed to:
Date:
D. Bergen~B.Ghosio,
215 SOLAR PANEL
EXCEPTIONAL EFFICIENCY AND PERFORMANCE
The SunPower 215 Solar Panel provides industry
leading efficiency and performance. Utilizing 72 next
generation SunPower all-back contact solar cells and
an optimized panel design, the SunPower 21,5 delivers
an unprecedented total panel conversion efficiency of
17.3%. The 21,5 panel's reduced voltage-temperature
coefficient and exceptional Iow-light performance
attributes provide far higher energy delivery per peak
power than conventional panels.
SunPower's High Efficiency Advantage - Up to Twice Ihe Power
Thin Film Conventional
Wafts / Panel 65 165
Efficiency 9.0% 12.0%
kWs 90 120
SPR-215-WHT (,,'~'..) C E c(~).
215 SOLAR PANEL
EXCEPTIONAL EFFICIENCY AND PERFORMANCE
Peak Power (+/-5%) Pmax 215 W
~ai~d Voltage Vmp 39.8 V
~at~d Current Imp 5.40 A
Olden Circuit Voltage Voc 48.3 V
Sho~t Circuit Current ~sc 5.80 A
Maximum System Voltage IEC, UL 1000V, 600 V
Tem~erc~re Coefficienls
Power -0.38% PC
Voltage (V~c) -136.8 mVpC
Current (isc) 3.5 rnA/~C
Series Fuse Rating 15 A
Peak Power per Unit Are~ 173 W/m2, 16.1 W/~
CEC PTC Rating 198.5 W
Solar Cells
Front Glass
Junction Box
Output Cables
Frame
V',~ight
72 SunPower a~ck conlad monocryslalline
3.2mm (1/8 in.) I~n~pered
P~.5 ral~d with 3 b,;,pass diodes
90Gram leng~ cable / Mulfi-Conloct connectors
~nodized aluminum alloy lype 6063
15kg, 331b
7.0
6.0
5.0
4.0
t.o
1.o
o.o
IlX)0W/m~
800 W/m2
0 10 20 30 40 50 60
Temperature -40° C ~o +85° C [-40° F Io +185° F)
Max load 50 ~sf (2400 Pascals~ kant and back
"~pact Resistance Hail- 25mm [1 inl at 23 m/s (52 mph)
Certifications
CAUTION: READ SAFETY AND INSTALLATION INSTRUCTIONS BEFORE USING THE PRODUCT. Go to ww~v.sunpowercorp cam/panels for details
SunPower designs manufactures and delivers high-performance solar electric technology worldwide. Our high.efficiency solar cells
generate up to 50 percent more power than convenfionol solar ce Is. Our high-performance solar panels, roof files and trackers del ver
significanlty more energy than competing systems.
~'~ Printed on recycled paper
www. sunpowercorp.com
3000m & 4000m INVERTERS
EXCEPTIONAL RELIABILITY AND PERFORMANCE
11m SunPower inverters 3000m and 4000m provide
exceptional rdiability combined wilh superior performance.
Innovative design and advanced testing have been brought
together to create a durable inverter that enables optimal
system performance over the long term. Both models come
with a standard lO-year warranty.
SPR-3OOOm and SPR4OOOm www. sunpowercorp.com
3000m & 4000m INVERTERS
EXCEPTIONAL REUAB U AND PERFO NCE
SPR-4000m
3500 W O 208 V /
AC Po-*'~*' 3ceow 40~0 w a 240 v
AC
Maximum
OuJJ~t Curr~lt 15A, 12.5A 17A, 16.6A
(Q 208% 24ov)
AC binal Vdlage / Range 183 - 229 VO 20~VAC 183 -229 VO 20~VAC
211-264V~240VAC 211-264V~240VAC
e----.---. / z,____ 60 Hz / 59.3 Hz - 60 Hz / 59.3 Hz -
AC
60.5 Hz 60.5 Hz
SPR-3OOOm
lO0
SPRm Efficiency Curves
75
Power Fador ~ ~
Peak Immfler Ef~iency 96.6% 96.8%
CEC Weighted Efflcieflcy 95.0%0208v e5,5 %0208v
95,5%~240V 96.0 % O 240 V
~:omme~ed An'ay Inp~. ~6oo w ~.eoo w
200 - 500 V · 208V 250 -600 V a 208 VAC
IX: Iflput Vdlage Range 200-:soo v 0 240v 2~0 -~00 v e 2~0 VAC
Shipplng Dimenslons W x H x D inches 22.5' x 18.5' x ~6.o'
Unff Dimensions W x H x D inche~
Invert- Weight 88 lbs
Shipping Welg~t
Coding Fa~d ~ir / Sealed
Electronics Enclost~e
EIg:lo~ure NEMA 3~
MouIllillg Wall Mount I~adcet Standard
Ambient Temperature Range -13 to
Peak Rawer Tracking Vdlage ~eo-aoove~e v~
200 - 400 V a 2.40 VAC 250 -,480 V e 2.40 V~
DC Max. Input Current ~A
DC Va#age Ripj~e < s%
No. af Fused String Inputs 4
Rawer ¢emumpRam <7w/o.~ w
smdby /
Fu~J DC OJ~lne~t Standard; Complim w NEC Sta~rds
Gfo~lldin/ Positive G~ound
Warranly
Ce~,ifimfims
SunPower designs, manufactures and delivers high.performance solar electric technology worldwide. Our high-efficiency solar ceils
generate up to 50 percent more power than conventional solar cells. Our high-perfarmance solar panels, roof files and trackers deliver
signiflcanl~y more energy than competing systems.
www. sunpowercorp.com
U-LA Large PV Array Mounting System
Installation Manual
Ground
This manual is intended for use by the professional installer in conjuction with your U-LA Compo-
nent Specifications & Price Quote (hereafter Specs Sheet), which has been supplied by Unirac for
your unique installation. Please review both documents completely before proceeding.
The Specs Sheet is specific to your site.
Do not apply it to other installations.
Installer responsibility
The installer is solely responsible for:
· Complying with all local or national building codes, including any that may supercede this
manual.
· Ensuring that Unirac and other products are appropriate for the particular installations and
installation environment.
· Ensuring safe installation of all electrical aspects of the PV array- ®
.....UNIRAC
Bright Thinking in Solar
U N I PAC' Installation ual $02
U-LA Large Ground Array
Figure 1. U-LA components
Components and quantities spec/ftc to your
installations are listed in the "Component
Packing List" on page 6 of your Specs Sheet.
2
6
'5
Your installation may require
incidental material, such as
wood, to construct tempo-
rary supports or ~ravel to
promote drainage below
concrete footings.
Caution: Stainless
steel hardware can
seize up, a process
called galling. To
significantly reduce
the l/kel/hood of
galling, S~-?-EZE
anti-sieze lubricant
has been included
ware. Apply a very
small drop to the
threads of all bolts
before installation.
1. $olarMount rail--
Standard or HD (heavy
duty) rails support PV
modules.
2. Rail bracket--Attaches
raft to horizontal pipes.
Includes 3/i-inch hard-
ware: 1 U-bolt,
3 hexhead bolts,
and 5 flange nuts.
5
6
4
5 6
East_~est~'
Nodh-South
3. Rear cap---Attaches
back horizontal pipe
to vertical pipes.
Includes 3/~-inch
hardware: 2 U-bolts
e sized for pipe and 4
flange nuts, and 2 or
4 set screws.
~3~o
{for 3 D~!oo} ~i~o} ~
Installation Manual 3oe
U-LA Large~ound Array aI U N IRA~
/LA210
(for 2' pipe)
LA310 ~'~/~
(for 3' pipe)
4. Front cap~At-
taches front
horizontal pipe to
vertical pipes and
anchors upper end
of north-south
braces. Indudes
3/s-inch hardware:
2 U-bolts and
cross-brace bolt
sized for pipe, 5
flange nuts, and 2
or 4 set serews.
LA3,30 (for 3' pipe)
5. Slider--Attaches lower end of north-south cross
braces to rear legs. Anchors both ends of east-west
braces (ff employed in your installation). Includes
a/s-inch hardware: 1 cross-brace bolt sized for pipe, 1
flange nut, and 2 or 4 set screws.
LA240, 7'
LA242, 10.5'
LA244, 14'
(for 2' pipe)
LA340, 7'
LA342, 10.5'
LA344, 14'
(for 3' pipe)
6, Cross Brace--Provides nor th-south and east-west
diagonal bracing. Extrusion size matches other 2- or
3-inch components.
Be prepared to cut and drill braces on the jobsite.
Hole location is 1 "from the end of brace along the
center line.
Material specifications
Figure 2: Module mounting systems
Your Specs Sheet ("Array Specifications," p. 1) will list one
f the following module-mounting systems for your instal-
lation:
Botx'om mounting dip--Mounts modules in landscape
mode. ~CB clip
Top mounting end clamp and mid damp.--Mounts
modules in landscape mode.
j j Series CT end (left)
L~ and mid clamps
Junction plate--Mounts modules in portrait mode.
Portrait mode module mounting
]1Atll. rail brackets, cross braces, bottom mounting dips,
and Wp mounting clamps~610S-T5 aluminum exixusion.
Junction plate~--6061-T6 V4' aluminum.
Caps and sliders--~evere Condition 4 (very severe) zinc-
plated welded steel.
Fasteners--304 stainless steel.
Horizontul and vertical pipe (installer supplied)--Minimum
requirement of ASTM A53B Schedule 40 galvanized steal pipe
in 2 ' or 3' diameter.
Concrete (installer supplied)--Rated for a minimum of 2,500
pounds per square inch. h~
3
U-LA Large Ground Array
Planning the array prior to installation
On a U-LA truss structure, leg caps, rail brackets, and cross pipe couplers must be
offset from one another in the east-west direction. If you are using top mounting
damps, any conflicts among these components can be dealt with easily on site, so
there is never the need to deviate from the average east/wast leg spacing listed on
your Specs Sheet. Go on to "Lay out and excavate leg positions," below.
If you are using bottom mounting clips or junction plates, there is a small
chance that a conflfi:t udll require you to deviate slightly from the listed average
leg spac/ng. Make a scale drawing to identify potential component conflicts (see
Fig. 3 or Fig. 4). If one occurs, use one or more of these solutions:
· Select a different set of module bolas to mount your modules (an option
available for bottom mounting dips only).
· Shift the position of conflicting pair of legs without exceeding maximum
leg spacing listed on your Specs Sheet.
· Shift all cross pipes and rails relative to the legs without exceeding maxi-
mum cross pipe overhang listed on your Specs Sheet.
Cross pipe coupler conflicts and minor conflicts between leg caps and rail brackets,
where offsets are near but not below the minimums listed in Figure 3 or 4, can be
dealt with easily on site.
East-west
Planning c-~!, O -' C-~!~ O
installs ~. · · ? .I. · ·
with bottom ×,_~ i~-
moun~ * ~
clips
Create a dimensional ~ that list~ overh~n~ (A) and averse
leg s~4~ing (B), which lve li~ted under ~De~i~n Parameters' on pa~e
2 of your Spec~ Sheet. Determine eo~t-west offset~ between vertical
le~ (dotted circle) to the module mouatin~ hole~ you intend to we.
Std rail
HD rail
Bottom mounting clips 2 inch pipe
C and D depend on your specific modules. Dei=iiiiine your o~e~
~, X~, ete.). If ~e o~e~ ~ ~ th~ the ~p~ m~
o~ ~l~, ~u ~l n~ w $1~ht~ $hi~ ~g ~i~. Be ~ W
~ep ~h~ m~um d~b~
Installation Manual 302
U-LA Largeeound Array
Figure 4.
Planning
installs
with
junction
plates
Create a dimensional draltgng that lists overhang (A) and average
leg spewing (B), which are listed under ~Design Parameters" on page
2 ofyour Spe~ Sheet. Determine east-west offsets between vertical
legs (dotted circles) to the module mounting hole~ you intend to
use. C and 1) depend on your specific modules. For smndani rail, Ii
equals 2C plns s/s inches (about 2 inches), For ItD rail, II equals C
plus 17/8 inch~ (about 2 ~/~ inches). Alsys measure the off, ts
(X~ , X~, etc.)from t~arther of tbe t~o mounting aol~. If tbe
offsets are less than the applicable minimum off~et below, you ~il
need to $l~ht~ sh~ leg positions. Be sure to keep within maximum
~ 2' ~=2'A'
HD rail
Shared roil brackets 3-inch pipe
NIP, AC Installation ual
U-LA Large Ground Array
Lay out and excavate leg positions
Establish your leg locations at the installation site. The north-south leg spacing
(A) and east-west spacing (B) are listed under "Design Parameters" on page 2 of
your Specs Sheet.
Once the grid of leg positions has been established, verify that all angles are
square.
Dig leg holes to the "Footing diameter' and "Footing depth" listed on page 2 of
your Specs Sheet. lfyou need to promote drainage, go a few inches deeper and
fill the difference with gravel.
A
·
B2
Figure $. North-~outh leg spacing is f~ed and listed on your Specs Sheet (Specific Volue~
under 'q)esign parameters,, p. 2). East-west spacing (B ~, B ~, eta) is identical in mo~t in.
stallations; see "Average leg spacing e-w" (Nominal Value~ under ~De~ign Parmneters')
on page 2 of your Specs Sheet. Howev~, ~f you needed to sh~t leg podtions, follow the
east-west spacing you set during your plannin~ sessio~
Figure 6. A length of rebar, a threaded cap, or bolts must be in~talled at the foot of the
vertical pil~ to prevent withdrawal of the footing.
Installation Manual $02
U-LA Large~ound Array Il" U N I RA£'
Select an assembly sequence
The assembly sequence depends on installer preference and the
size of the installation. Either of these options may be followed:
· If a U-IA has just a few pairs of legs,
installers may prefer to assembly the full
truss structure prior to pouring concrete.
Figure 7 details this approach.
· On the larger U-LA structures with many
pairs of legs, installers may prefer to place
the vertical leg pipes, pour the concrete,
and let it cure overnight before proceed-
ing. Figure 8 details this approach.
In either case, when mounting rails be sure to
center them on the horizontal pipes, which will
leave about 20 percent overhang on north and
south sides.
Figure Z FULL-TRUSS OPTION. Footing holes should ertend below the frost line.
YOU may elect to use a few inches of gravel at the base of the holes to promote
drainage. Loosely assemble the full truss structure, using ~ supports to
stabilize vertical and hori~ntal pipes. When cross braces and rails are in place,
square up the array and tighten fustensers. Pour concrete after array is fully
assembled, save for the mndule~ themselves. See page 8 of this manual for instill-
Fiooure 8. LEGS-FIRST OPTION. Footing holes should extend below
the frost line. You may elect to use a few inche~ of gravel at the base
of the holes to p~omote drainage. Using wood supports, level and
square vertical leg pipeS. Be certain that legs are precisely aligned
and that the froat and back rows are parallel Pour cement and al-
low to cure overnight before proceeding. Sighting with a laser level,
transit, or string line, even the tops of the poles. See page 8 of this
manual for instalintion notes.
NIP. AC' Ilts~allation ual $02
U-LA Large Ground Array
Installation notes
Regardless of your assembly procedure, review these notes prior to installation end
keep them handy for reference on site.
Shape concrete pillars for drainage
Slope concrete away from the legs to promote drainage.
This can be done above ground or slightly below the sur-
face. Be sure footings extend below the frost line.
Don't forget your sliders!
Figure 9. Drainage options.
A forgotten for misplaced sliding truss enchor can result in extensive disassembly. To
avoid this needless labor, be sure that all sliders are in place end correctly oriented.
Rail assembly optioas for landscape mode
All three modules mounting systems facilitate assembly of rails to the truss sU-ucture
prior to mounting the PV modules. Bottom mounting dips end top mounting damps
provide en additionel option: full north-south rows of modules cen be assembled to
rails prior to mounting rails to the truss structure. This option allows prefabrication
and preliminary wiring--even off site, if desired.
Recommended Wrques for fasteners
· Set screws for leg caps end sliders: 15 foot-pounds.
· ~,t-indiserraredflengenutsforU-boksendrailbrackets: 8 foot-pounds.
· V,-inch module mounting hardware: 15 foot-pounds
Pipe coupler positions
Remember that cross pipe couplers need to be offset from both leg caps end rail brack-
ets. As a general guideline, place pipe couplers one-quarter to one-third of the way
between leg caps and roughly midway between rail brackets.
Minor conflicts between leg caps and rail brackets
Rail brackets, rails, end module mounts can go together in several ways. If a pair of
rail brackets conflicts with leg cap positions, consult the table below. For top arount-
hug clips or junctinn plates, Figures 3 and 4 (pp. 4-5) illustrates the arrengements
allowing the least offset between module mounting holes and leg pipe centers.
Solutions to minor conflicts between leg caps and rail brackets
Iodule mounting st'fie Solu~ons (employ one or more as needed)
Top me~n~ ~ (landscape)
Bottom mounting clips
(landscape)*
Ju nu"~ou-~ (portr~t)*
I. Move mounting clips to other side of rail (standard rail only; see Fig. I 0, p. 9).
2. Reverse rail bracket and rail, moving them to the other side of the cap.
3. Shift rail and use module mounting holes nearest the end of the module.
Reverse rail bracket and rail, moving them to the other side of the cap.
*Rail brocl~, mils, and mndule rn0un~ can be configured in several wars. Figures $ and 4 (pp. 4-3)
illusWstes the arrangement that permits the least offset between mil bracke= and leg caps.
Pare
Installation Manual 302
U-LA Large~[~ound Array .~I U N I RAC'
Attach modules
Module mounts~bottom mounting clips (below), top mounting clamps (p. 10),
or junction plates (p. ll)---are shipped with your rail sets. All employ ¥~-inch
mounting hardware.
Bottom mounting clips
Bottom mounting uses a single type of clip, four for each PV module.
They can be mounted to either side of a standard raft or to one side of
HI) rail. Torque to 15 foot-pounds.
Standard rail
Alternate clip slot
Fibre 10. BotWm nwunting dips mount to
standard or HD rails. This/l/ustrat/on sho~
the PV module~ face dmvn, os they ~ould be
using the prefid~ricarion option, ~n which full
rows of modules are attached to rails prior
to mounting to the truss structure.
HD rail
Clip
d~- U N I R~C' Installation ~ual 3o~
U-LA Large Ground Array
Top mounting clamps
Top mounting end damps (four per north-south row) and mid damps (two at
each module abutment within a row) secure PV modules without using module
mounting holes. Mounting bolts slide into the top slot of either standard or HD
rail. Torque to 15 foot-pounds.
Standard rail
and capture
H D rail
Figure 11, Top mounting employs emi
damps and mid damps. I'hey moant via
T-bol~ to standard or HD rail and are
not dependent on the position of module
moant/ng ho/es. One/rich/s requ/red be-
tween modules and rails must extend I Vs
inches beyond modu/e.s on each end.
Installation Manual 302
U-LA Largeeound Array
Junction plates
Each junction plate mounts to standard or HD rails using two hexhead
bolts. Be sure that the plate slots are perpendicular to the raft. Snug the
modules to/ether as closely as possible (especially with standard rail),
which may require loasaning the rail bracket flange nuts and shifiing the
rail slightly. Torque module mounting flange nuts to 15 foot-pounds.
Std rail
HD rail
Figure 12. Junction plates fasten via hexhead bolts to standard or HD rail Module~ are then supported
on both sides and secured ~ith module mounting bolt and flange nut~. For both rail types, plates must be
oriented with their slo~s ami lon~ side perpendicular te the rail.
U-LA Large Ground Array
10 year limited product warranty, 5 year limited finish warranty
Unirac, Inc., warrants to the original purchaser
of the Product ("Purchaser") at the original
installation site ("Site") that U-LA large ground
array components (the "Product") shall be
free from defects in material ~nd workmanship
for a period of ten (10) years, except for any
anodized finish, which w~rranty shall be free
from visible peeling, cracking or chalking under
normal atmospheric conditions for a period of
five (5) years, from the earlier of I) the date the
installation of the Product at the Site is complete,
or 2) 30 days after the purchase of the Product
by the origfnal Purchaser of the Product.
The term "chalking" applies to the powdery
residue formed by the breakdown of the
anodized finfsh, it does not apply to any
foreisn residue deposited on the finish by
the surrounding atmosphere, including but
not limited to, soot, dust, piaster, cement, etc.
A~I installations in corrosive atmospheric
conditions are excluded, includin& but not
limited to chemical fumes, salt spray or sur[ace
temperatures which exceed 200 degrees E This
~harranty does not cover damage to the finish
caused by moisture, condensation, or other
contamination resulting from improper storage,
packing or handling. The finish Warranty is void
if normal maintenance and cleaning practices are
not followed by Purchaser as specified by AAr,IA
609 & 610-02 - "Cleaning and Maintenance
for Architecturally Finished Aluminum"
(www. aamanet, org).
This Warraoty does not cover damage to the
Product that occurs during shipment, nor prior
to or during installation.
This VVarranty shail be void if installation of
the Product is not performed in accordance
with Unirac's wrftten installation instructions
for the Product, or if the Product has been
m~dJfied, repaired, or reworked in a manner not
previously authorized by Unirac fn writing, or if
the Product is installed in an environment for
which it was not designed. Unirac shall not be
liable for consequential, contingent, or incidental
damages arising out of the use of the Product by
Purchaser.
If within the specified periods the Product shall
be reasonably proven to be defective, then
Uni~c shah repair or replace the defective
Product' or any part thereof, at Unirac's sole
option. Such repair or replacement thaJI fulfill
all Unirac's liabiffc/with respect to this limited
~rranty. Under no cfrcumstsnces shall Unirac
be liable for special, indirect or consequential
damages arising out of or related to use by
Purchaser of the Product.
Typically manufacturers of related items, such
as PV modules, flashings and specialized clamps,
provide written warranties of their own. Unirac's
limited Warranty covers only the Product, and
not PV modules themselves or any otfier related
items.
.....UNIRAC
1411 Broadway Boulevard NE
Albuquerque NM 87102-1545 USA
October 27, 2009
Town of Southold
Board of Trustees
Town Hall
P.O. Box 1179
Southold, NY 11971
Re: Tweedie
825 Stephensons Road, Oreint
1000-17-1-11.5
Dear Trustees:
Attached please find a letter from our client, Donna Tweedie granting The Trustees permission
to access her property to determine jurisdiction for a groundmount solar system, along with a
check for $50. We have placed stakes on the property where we would like the groundmount
to be placed.
We have also attached specification sheets on the panels, inverters and the racking system.
If you have any questions, please let me know.
Thank you.
Barbara Casciotta
Account Manager
GreenLogic LLC
631-771-5152 ext. 117
NOV 2 2009
.~ :,ho d To',1
I
SOUTHAMPTON/CORPORATE
425 County Rd 39A. #101
Southampton, NY 11968
Tel: 631,771,5152
Fax 631.7715156
SOUTHOLD
52875 Main Rd, Box 435
Southold, NY 11971
Tel: 63]765.0404
Fax: 631.771.5156
MANORVtLLE
40 Woodland Aver/ue
Manorville. NY 11949
Tel: 631.771.5152
Fax:631Y/] 5156
ROSLYN HEIGHTS
200 S Service Rd., #108
Rosyln Heights, NY }}577
Tel: 516.625.6880
fax 5166256881
Donna Tweedie
825Stephensons Road
Orient, NY 11957
631-323-9705
October 13, 2009
Town of $outhold
Board of Trustees
Town Hall
P.O. Box 1179
Southold, NY 11971
Re: 1000-17-1-11.5
Dear Trustees:
I grant the Town of Southold, Board of Trustees permission to access my property in order to
obtain Jurisdictional Determination for a groundmount solar system.
Sincerely,
Donna Tweedie