Terra-Link 2

Layout

System Description
System Type	Installation of Grid-Tied PV System
STC rated DC Power Output
Nominal AC Power Output
PV Module Model
PV Module Qty
Inverter Model
Inverter Qty
Rapid Shutdown System	Built into micro-inverters
Monitoring System	S-Miles Cloud
Solar Breaker Box	Regular Load Center
Service Rating
All electrical equipment installed are UL listed

Wire Sizing
Design Temp.	104 °F
Adder (310.15(B)(3)(C)) NOTE: Distance above roof to bottom of condiut > 7/8in	°F
Total Temp.	°F
Multiplier at total temp.
Branch Circuits
Inverter nominal current (in)
Maximum Number of Inverteres in a single circuit
Max. continuous current
Wire type selected	#10 THWN-2
Wire rating @90°C
Wire rating complying with NEC 110.14 (C) for terminal temp. of 75°C
Multiple conductors in single conduit adjustment factor. (Table 310.15(B)(3)(a))
Maximum wire capacity
Main Circuit
Total number of inverters
Max. continuous current
Wire type
Wire rating @75°C

Point of Interconnection
Type of Connection	Subtype of Connection


Solar OCPD rating
Rating of service conductors (Table 310.15 (B)(16))
Rating of service conductors > Solar OCPD rating
Labels in accordance with NEC 690

Información Eléctica Cliente
Main Breaker
Busbar
Service
Solar OCDP rating
Service Conductors
Material
Service Conductor rating
Max Load Side BRK

Note Table, Ground Fault Protection and Maximum Circuit Voltage on Cold Temperature
Ground Fault Protection
In an Hoymiles system, ground fault protection is provided in at the microinverter level. In includes integrated grounding, the ground fault protection is provided by a ground fault sensing circuit. The microinverter itself has a Class II double-insulated rating, which includes ground fault protection (GFP). It can be reset using the Gateway

Type of Roof

Existing Roof Specs
Existing Roof
Total Roof Area (sq-ft)
Total Photovoltaic Area (sq-ft)
Mean Roof Height (ft)
Roof Slope
SOLAR PV STRUCTURAL SPECS
Total number of modules
Total roof mounts
Solar PV module
Solar PV Rancking	UNIRAC SD
Points of connections per module
Aluminium rails per module	2
Pourable Sealant
Base Sealant

Wind Load Calculation
Velocity Pressure (ASCE 7-16 (26.10.2))
Qz= 0.00256 kz Kzt Kd V^2 (lb/sq-ft)
Exposure Category
Kz (Velocity pressure exposure)
Kzt (Topographic factor)
Kd (Wind directionality factor)
V (Wind Speed)
Mean height
Qz (Velocity pressure)
Applying ASD Design Load Factor (0.6)
Design Wind Pressures (ASCE 7-16 (29.4.4))
p = qh (GCp)(Fe)(Fa) (lb/ sq-ft) (N/ sq-meter)

Effective wind area (ASCE 7-16 (26.2))
Component	Area (sq-ft)
Smaller Solar Array and Racking
Mounts
Array Edge Factor (Fe) (ASCE 7-16 (29.4.4))
Exposed Array
Non-Exposed Array
Conditions of Array Edge Factor = 1.5
Distance (d1) from roof edge > 0.5h	Distance (d1) to adjacent array > 4 ft or Distance (d2) to next adjacent panel > 4 ft

Solar Array Pressure Equalization factor (Fa) (ASCE 7-16 (29.4.8))
Effective Wind Area = 21 sqft	Fa=	0.62

External Pressure Coefficient (GCp) (ASCE 7-16 Figure 30.3 -2A to 2I)
Effective Wind Area = 21 sqft	Fa=	0.62

Solar Array
Zones	Uplift	Downguard

Solar Attachment
Zones	Uplift	Downguard

Dead Load of the critical row
Components	Weight/Unit	#
Solar module
Micro-Inverters
Rails
Mounts
Total Weight		lbs
Total Area		sq-ft
Dead Load		lbs
Wind Load for Effective Area = 1 sqf		psf
Total Design Load on Mounts		psf

Mounts load calculations
Solar Modules in Critical Row
Total Area
Wind load	psf
Total wind load	lbs
Total mounts in critical row
Tension Force per mount required	lbs

Lag bolt out calculation
Spruce, Pine, Fir	lbs/inch
SS lag bolt 5/16 " thread depth	inch
Pull out strength per mount (2 lagbolt)	lbs
Max. Pull out strength required per bolt	lbs

Width of Zones as per ASCE 7-22 Figure 30.3-2A to 2I
Least horizontal dimension
10% of the least horizontal dimension
Building mean roof height
40% of the height of building
Selected Zones width

Highest Pressure Zone Selected for Calculations

0.5h Distance as per ASCE 7-22
Min. Distance to roof Edge