PV Solar Proposal. Harmon Electric. Presented by: Robert Wittmann, Energy Consultant (480)

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1 PV Solar Proposal Harmon Electric Presented by: Robert Wittmann, Energy Consultant (480) Turnkey PV solar solution presented for Harmon Electric

2 Table of Contents I. Introduction 2 II. Solar Layout 3 III. PV System Description 4 IV. Turnkey Price 5 V. System Performance Summary & Cash Flow Detail PURCHASE 6 VI. System Performance Summary & Cash Flow Detail LOAN 8 VII. Levelized Energy Cost 10 VIII. Reduction of Carbon Footprint 11 IX. Implementation Schedule 12 X. Exhibits 13 a. Solar Layout b. Q-Cells Module Spec Sheet c. SMA Inverter Spec Sheet 1

3 January 19, 2016 Mr. Harmon Harmon Electric 945 W. Deer Valley Rd. Phoenix, AZ Mr. Harmon Harmon Solar is pleased to present you our solar proposal for your Harmon Electric building in Phoenix, Arizona. Harmon Solar a division of Harmon Electric, Inc. provides solar and electrical services for commercial, industrial, and residential customers throughout the state of Arizona. Proudly serving Arizona since 1975, our highly skilled team of electricians, technicians, designers, and project managers bring decades of experience to each project. Quality craftsmanship, integrity, and a commitment to customer satisfaction have been the driving force in serving a variety of industries including, renewable energy and utilities. Our qualified team will bring the utmost value to you through experienced and innovative design combined with the expert execution of our project management and construction team. Harmon has installed over 24 MW of solar throughout Arizona. We are confident we offer the highest quality competitive solutions for the deployment of renewable assets. We are excited for this potential opportunity and look forward to working with you on this and future projects. Sincerely, Robert Wittmann Robert Wittmann Energy Consultant 2

4 Harmon Electric Solar Layout 3

5 System Description Harmon Electric Design Considerations Module/Racking Layout Harmon Solar is proposing a system on the roof to interconnect with the meter feeding your suite in the building. The kwp array is consisting of 448 Q-Cells 260 watt modules on the existing roof. The roof system brings the best economics to the project. System Sizing The system is designed to offset the energy consumption (kwh) on the interconnecting meter. Inverter and Gear Location Inverters and gear will be located near the electric meter and SES. Module Selection The proposed design is using Q-Cells 260 watt, modules (spec sheet included in the exhibits). Q-Cells modules are characterized by high yields and excellent reliability. Q-Cells includes a 12 year product warranty and a 25 year linear performance guarantee. Inverter Selection Our proposed design is for SMA Inverters. SMA boasts the highest reliability and efficiency in the industry. SMA inverters carry a standard 10-year warranty with options to extend up to 20 years. 4

6 Turnkey Price Renewable Energy Power System Proposal Project: Harmon Electric Project Address: 945 W. Deer Valley Dr., Phoenix, AZ TOTAL PROJECT INSTALLATION COST: $266,556 (about $2.29/Wp) PROJECT DESCRIPTION & COMPONENTS: Array: Turnkey solar array installed on the existing roof System Size Total: kwp Major System Components Included in Price PV Panels: Qty. (448) 260 Watt Q-Cells (12 year product warranty, 25 year linear performance guarantee) Inverter: Qty. (4) SMA Tripower 24000TL-US (10 year standard warranty) Additional Included Components & Allowances - Furnish and install racking on roof - Furnish and install modules on roof - Necessary conduits, wires, combiners and disconnects - Necessary components to interface array with SES - Basic Inverter Monitoring - Structural Engineering - Electrical Engineering - Permit Fees - Utility paperwork and agreements - Labor - 2 year installation warranty Excluded Items - Any structural improvements - Relisting, repair, upgrade or replacement of existing SES This PV Solar Proposal is valid 30 days. 5

7 System Performance Summary & Cash Flow PURCHASE Electric Utility Savings: Anticipate a savings of approximately $21,648 in electric bills at current utility rates in the first year. Savings will grow as electric utility rates are expected to rise 3.00% a year. Over 25 years, annual utility savings are anticipated to average $32,387, for a total utility savings of $809,682. After tax effects are applied, savings average $21,699 annually or $542,486 over the system life. Performance Summary Solar Electric (PV) System: kw DC producing 196,847 kwh/year. Purchase Price & Net Cost Contract Price: $266,556 Incentives to Customer: ($104,967) Net Purchase Cost: $161,589 MACRS Bonus Depreciation: ($60,765)(P.V.) Net-Present Cost: $100,824 Includes present value (P.V.) of these future cash flows. Financial Ratios Cashflow Payback: 5.9 years 6.1 years (modified) Internal Rate of Return (IRR): 15.3% Net Present Value (NPV): $170,435 Cash Gained over Life: $424,203 Harmon Solar does not provide tax or legal advice. Please consult with a tax advisor or accountant. Calculations are for information purposes. Estimates and savings cannot be guaranteed. 6

8 Cash Flow Detail PURCHASE Cash Flows in Year Gross Cost: PV (266,556) Reference: Utility Bill Savings with Inflation Applied 0 22,297 22,960 23,641 24,344 Utility Bill Net Cash Savings after Tax Effects 0 14,939 15,383 15,839 16,310 Solar Electric (PV) Incentives AZ Corporate Tax Credit (10% of Gross Cost) 25, Federal Tax Credit (30% of Gross Cost at Installation) 79, Total Incentives 104, Federal MACRS Bonus Depreciation Tax Savings 0 33,864 9,030 5,418 3,251 State MACRS Bonus Depreciation Tax Savings 0 6,047 1, Net Annual Cash Flow (161,589) 54,850 26,026 22,225 20,142 Cumulative Cash Flow (161,589) (106,739) (80,713) (58,488) (38,346) Cash Flows in Year Reference: Utility Bill Savings with Inflation Applied 25,066 25,810 26,577 27,366 28,179 Utility Bill Net Cash Savings after Tax Effects 16,794 17,293 17,807 18,335 18,880 Federal MACRS Bonus Depreciation Tax Savings 3,251 1, State MACRS Bonus Depreciation Tax Savings Net Annual Cash Flow 20,626 19,208 17,807 18,335 18,880 Cumulative Cash Flow (17,720) 1,488 19,295 37,630 56,510 Cash Flows in Year O&M Cost: PV 0 0 (34,646) 0 0 Reference: Utility Bill Savings with Inflation Applied 29,016 29,877 30,764 31,678 32,618 Utility Bill Net Cash Savings after Tax Effects 19,441 20,018 20,612 21,224 21,854 Tax Savings from O&M Expense Deduction , Net Annual Cash Flow 19,441 20,018 (2,601) 21,224 21,854 Cumulative Cash Flow 75,951 95,969 93, , ,446 Cash Flows in Year Reference: Utility Bill Savings with Inflation Applied 33,586 34,584 35,611 36,668 37,757 Utility Bill Net Cash Savings after Tax Effects 22,503 23,171 23,859 24,568 25,297 Net Annual Cash Flow 22,503 23,171 23,859 24,568 25,297 Cumulative Cash Flow 158, , , , ,844 Cash Flows in Year Reference: Utility Bill Savings with Inflation Applied 38,877 40,033 41,221 42,445 43,705 Utility Bill Net Cash Savings after Tax Effects 26,048 26,822 27,618 28,438 29,282 Net Annual Cash Flow 26,048 26,822 27,618 28,438 29,282 Cumulative Cash Flow 281, , , , ,052 Cash Flows in Year Reference: Utility Bill Savings with Inflation Applied 45, Utility Bill Net Cash Savings after Tax Effects 30, Net Annual Cash Flow 30, Cumulative Cash Flow 424,

System Performance Summary & Cash Flow LOAN Electric Utility Savings: Anticipate a savings of approximately $21,648 in electric bills at current utility rates in the first year.

9 System Performance Summary & Cash Flow LOAN Electric Utility Savings: Anticipate a savings of approximately $21,648 in electric bills at current utility rates in the first year. Savings will grow as electric utility rates are expected to rise 3.00% a year. Over 25 years, annual utility savings are anticipated to average $32,387, for a total utility savings of $809,682. After tax effects are applied, savings average $21,699 annually or $542,486 over the system life. Performance Summary Solar Electric (PV) System: kw DC producing 196,847 kwh/year. Purchase Price & Net Cost Contract Price: $266,556 Incentives to Customer: ($104,967) Net Purchase Cost: $161,589 MACRS Bonus Depreciation: ($60,765)(P.V.) Net-Present Cost: $100,824 Includes present value (P.V.) of these future cash flows. Financial Ratios (Unlevered) Internal Rate of Return (IRR): 12.3% Net Present Value (NPV): $134,106 Cash Gained over Life: $380,282 Finance: Loan: "Fully-Amortized". about 90% of Contract Price $240,000 Principal at 5.0% APR. Repaid: $2,546 per month over 120 months. Loan processing fees $500. Initial Cash Proceeds: $78,411 Harmon Solar does not provide tax or legal advice. Please consult with a tax advisor or accountant. Calculations are for information purposes. Estimates and savings cannot be guaranteed. 8

10 Cash Flow Detail LOAN Cash Flows in Year Gross Cost: PV (266,556) Reference: Utility Bill Savings with Inflation Applied 0 22,297 22,960 23,641 24,344 Utility Bill Net Cash Savings after Tax Effects 0 14,939 15,383 15,839 16,310 Solar Electric (PV) Incentives AZ Corporate Tax Credit (10% of Gross Cost) 25, Federal Tax Credit (30% of Gross Cost at Installation) 79, Total Incentives 104, Federal MACRS Bonus Depreciation Tax Savings 0 33,864 9,030 5,418 3,251 State MACRS Bonus Depreciation Tax Savings 0 6,047 1, Loan Principal & Payments 240,000 (30,552) (30,552) (30,552) (30,552) Tax Savings on Loan Interest Paid 0 3,818 3,497 3,160 2,806 Net Annual Cash Flow 78,411 28,116 (1,029) (5,167) (7,604) Cumulative Cash Flow 78, , , ,331 92,727 Cash Flows in Year Reference: Utility Bill Savings with Inflation Applied 25,066 25,810 26,577 27,366 28,179 Utility Bill Net Cash Savings after Tax Effects 16,794 17,293 17,807 18,335 18,880 Federal MACRS Bonus Depreciation Tax Savings 3,251 1, State MACRS Bonus Depreciation Tax Savings Loan Principal & Payments (30,552) (30,552) (30,552) (30,552) (30,552) Tax Savings on Loan Interest Paid 2,434 2,043 1,631 1, Net Annual Cash Flow (7,492) (9,301) (11,114) (11,018) (10,928) Cumulative Cash Flow 85,235 75,934 64,820 53,802 42,874 Cash Flows in Year O&M Cost: PV 0 0 (34,646) 0 0 Reference: Utility Bill Savings with Inflation Applied 29,016 29,877 30,764 31,678 32,618 Utility Bill Net Cash Savings after Tax Effects 19,441 20,018 20,612 21,224 21,854 Tax Savings from O&M Expense Deduction , Loan Principal & Payments (30,552) Tax Savings on Loan Interest Paid Net Annual Cash Flow (10,844) 20,018 (2,601) 21,224 21,854 Cumulative Cash Flow 32,030 52,048 49,447 70,671 92,525 Cash Flows in Year Reference: Utility Bill Savings with Inflation Applied 33,586 34,584 35,611 36,668 37,757 Utility Bill Net Cash Savings after Tax Effects 22,503 23,171 23,859 24,568 25,297 Net Annual Cash Flow 22,503 23,171 23,859 24,568 25,297 Cumulative Cash Flow 115, , , , ,923 Cash Flows in Year Reference: Utility Bill Savings with Inflation Applied 38,877 40,033 41,221 42,445 43,705 Utility Bill Net Cash Savings after Tax Effects 26,048 26,822 27,618 28,438 29,282 Net Annual Cash Flow 26,048 26,822 27,618 28,438 29,282 Cumulative Cash Flow 237, , , , ,131 Cash Flows in Year Reference: Utility Bill Savings with Inflation Applied 45, Utility Bill Net Cash Savings after Tax Effects 30, Net Annual Cash Flow 30, Cumulative Cash Flow 380,

11 Levelized Energy Cost (LEC) Your Hedge Against Utility Inflation: Your investment in this project will protect you from utility rate inflation. Levelized Energy Cost (LEC) analysis provides us with a "hurdle rate" (the levelized energy cost) which can be compared to the expected change in utility rates (by way of utility rate inflation). LEC is the average lifetime cost of energy produced by a particular system. We can compare the LEC to the current utility rate and its expected change in price as time goes on. In this manner one can judge the investment as a "better bet" than utility rates to contain energy costs. Represented below is the average cost of utility energy versus the cost of energy produced (LEC) by your system over time. Electric: Levelized Energy Cost (LEC) 10

Carbon Footprint Reduction Over the life of your system 4,035 tons of carbon dioxide (CO2) will be eliminated from your footprint. 4,035 Tons of CO2 is Equivalent to: Planting 94,016 trees.

12 Carbon Footprint Reduction Over the life of your system 4,035 tons of carbon dioxide (CO2) will be eliminated from your footprint. 4,035 Tons of CO2 is Equivalent to: Planting 94,016 trees. Driving reduced by 8,070,000 auto miles, or 411,570 gallons of gasoline. Displacing CO2 emissions from the annual electric use of 457 homes. 3,931,790 pounds (1,966 tons) of coal burned. 11

13 Implementation Schedule today Argeement signed with 20% deposit 4 weeks Engineering the solar installagon 4 weeks Permihng in City of Phoenix 6 weeks Construcgon 2 weeks APS Commissioning Total Project 4 months Harmon Solar Sample Installations 12

400 kwp DRAFT PANEL LAYOUT SCALE: N.T.S. 945 W Deer Valley Road Phoenix, AZ 85027 APPROVALS DATE DRAWN: R.

14 CODE INDET NO. Exhibits N SOLAR PHOTOVOLTAIC Q-Cells 260 PANELS FLAT ROOF SYSTEM 448 PANELS x 260 Wp 4 SMA Tripower TL kwp DRAFT PANEL LAYOUT SCALE: N.T.S. 945 W Deer Valley Road Phoenix, AZ APPROVALS DATE DRAWN: R. WITTMANN CHECKED: ENGINEER: R. WITTMANN MANAGER: REVIEWED: PROJECT #: AZ SIZE: 24 x 36 PANEL LAYOUT 96 kw PHOTOVOLTAIK SYSTEM Harmon Electric 945 W Deer Valley Rd, Phoenix, AZ SCALE: REV: DRAWING NO.:

Q.PRO BFR-G4 255-265 POLYCRYSTALLINE SOLAR MODULE The new Q.PRO BFR-G4 is the result of the continued evolution of our Q.PRO family.

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15 Q.PRO BFR-G POLYCRYSTALLINE SOLAR MODULE The new Q.PRO BFR-G4 is the result of the continued evolution of our Q.PRO family. Thanks to improved power yield, excellent reliability, and high-level operational safety, the new Q.PRO BFR-G4 generates electricity at a low cost (LCOE) and is suitable for a wide range of applications. LOW ELECTRICITY GENERATION COSTS Higher yield per surface area and lower BOS costs thanks to higher power classes and an efficiency rate of up to 16.2 %. INNOVATIVE ALL-WEATHER TECHNOLOGY Optimal yields, whatever the weather with excellent low-light and temperature behavior. ENDURING HIGH PERFORMANCE Long-term yield security with Anti-PID Technology1, Hot-Spot-Protect and Traceable Quality Tra.Q. LIGHT-WEIGHT QUALITY FRAME High-tech aluminum alloy frame, certified for high snow (5400 Pa) and wind loads (4000 Pa). YIELD SECURITY ANTI PID TECHNOLOGY (APT) HOT-SPOT PROTECT (HSP) MAXIMUM COST REDUCTIONS Up to 10 % lower logistics costs due to higher module capacity per box. TRACEABLE QUALITY (TRA.Q ) SAFE ELECTRONICS Protection against short circuits and thermally induced power losses due to breathable junction box and welded cables. A RELIABLE INVESTMENT Inclusive 12-year product warranty and 25-year linear performance guarantee2. MOD:27898 high reliability low degradation frequent 1 THE IDEAL SOLUTION FOR: 2 Rooftop arrays on residential buildings Rooftop arrays on commercial / industrial buildings Ground-mounted solar power plants photon.info/laboratory Quality Tested Best polycrystalline solar module 2013 product surveillance Q.PRO-G2 235 ID modules tested APT test conditions: Cells at V against grounded, with conductive metal foil covered module surface, 25 C, 168 h See data sheet on rear for further information.

SUNNY TRIPOWER 12000Tl-US / 15000Tl-US / 20000Tl-US / 24000TL-US STP 12000Tl-US-10 / STP 15000Tl-US-10 / STP 20000Tl-US-10 / STP 24000TL-US-10 Design flexibility System efficiency Enhanced safety

16 SUNNY TRIPOWER 12000Tl-US / 15000Tl-US / 20000Tl-US / 24000TL-US STP 12000Tl-US-10 / STP 15000Tl-US-10 / STP 20000Tl-US-10 / STP 24000TL-US-10 Design flexibility System efficiency Enhanced safety Future-proof 1000 V DC or 600 V DC Two independent DC inputs 15 to 90 mounting angle range Detachable DC Connection Unit 98% CEC, 98.5% Peak 1000 V DC increases system efficiency OptiTrac advanced MPPT OptiTrac Global Peak MPPT Integrated DC AFCI Floating system with all-pole sensitive ground fault protection Reverse polarity indicator Complete grid management feature set Cluster Controller, WebConnect/ Speedwire Bi-directional Ethernet communications Ability to satisfy future utility requirements Sunny Tripower 12000TL-US / 15000TL-US / 20000TL-US / 24000TL-US The ultimate solution for decentralized PV plants The world s best-selling three-phase PV inverter, the SMA Sunny Tripower TL-US, is raising the bar for decentralized commercial PV systems. This three-phase, transformerless inverter is UL listed for up to 1000 V DC maximum system voltage and has a peak efficiency above 98 percent, while OptiTrac Global Peak minimizes the effects of shade for maximum energy production. The Sunny Tripower delivers a future-proof solution with full grid management functionality, cutting edge communications and advanced monitoring. The Sunny Tripower is also equipped with all-pole ground fault protection and integrated AFCI for a safe, reliable solution. It offers unmatched flexibility with a wide input voltage range and two independent MPP trackers. Suitable for both 600 V DC and 1,000 V DC applications, the Sunny Tripower allows for flexible design and a lower levelized cost of energy.

17 Accessories RS485 interface DM-485CB-US-10 SMA Cluster Controller CLCON-10 Connection Unit CU 1000-US-10 Technical data Toll Free SMA USA Standard features Optional features Not available Data at nominal conditions Sunny Tripower 12000TL-US Sunny Tripower 15000TL-US Sunny Tripower 20000TL-US Sunny Tripower 24000TL-US Input (DC) Max. usable DC power (@ cos ϕ = 1) W W W W Max. DC voltage* 1000 V 1000 V 1000 V 1000 V Rated MPPT voltage range 300 V 800 V 300 V 800 V 380 V 800 V 450 V 800 V MPPT operating voltage range 150 V 1000 V 150 V 1000 V 150 V 1000 V 150 V 1000 V Min. DC voltage / start voltage 150 V / 188 V 150 V / 188 V 150 V / 188 V 150 V / 188 V Number of MPP tracker inputs Max. input current / per MPP tracker input 66 A / 33 A 66 A / 33 A 66 A / 33 A 66 A / 33 A Output (AC) AC nominal power W W W W Max. AC apparent power VA VA VA VA Output phases / line connections 3 / 3-N-PE Nominal AC voltage 480 / 277 V WYE AC voltage range 244 V 305 V Rated AC grid frequency 60 Hz AC grid frequency / range 50 Hz, 60 Hz / -6 Hz +5 Hz Max. output current 14.4 A 18 A 24 A 29 A Power factor at rated power / adjustable displacement 1 / 0.8 leading 0.8 lagging Harmonics < 3 % Efficiency Max. efficiency 98.2 % 98.2 % 98.5 % 98.5 % CEC efficiency 97.5% 97.5% 97.5% 98.0% Protection devices DC reverse polarity protection Ground fault monitoring / Grid monitoring All-pole sensitive residual current monitoring unit DC AFCI compliant to UL 1699B AC short circuit protection Protection class / overvoltage category I / IV I / IV I / IV I / IV General data Dimensions (W / H / D) in mm (in) 665 / 690 / 265 (26.1 / 27.1 / 10.4) Packing dimensions (W / H / D) in mm (in) 780 / 790 / 380 (30.7 / 31.1 / 15.0) Weight 55 kg (121 lbs) Packing weight 61 kg (134.5 lbs) Operating temperature range -25 C C Noise emission (typical) 51 db(a) Internal consumption at night 1 W Topology Transformerless Cooling concept OptiCool Electronics protection rating NEMA 3R Features Display / LED indicators (Status / Fault / Communication) / / / / Interfaces: Speedwire / RS485 / / / / Mounting angle range Warranty: 10 / 15 / 20 years / / / / / / / / Certifications and approvals UL 1741, UL 1998, UL 1699B, IEEE 1547, FCC Part 15 (Class A & B), CAN/CSA C NOTE: US inverters ship with gray lids *Suitable for 600 V DC max. systems Type designation STP 12000TL-US-10 STP 15000TL-US-10 STP 20000TL-US-10 STP 24000TL-US-10 SMA America, LLC STPTL-US12-24-DUS SMA and Sunny Tripower are registered trademarks of SMA Solar Technology AG. Printed on FSC-certified paper. All products and services described as well as technical data are subject to change, even for reasons of country-specific deviations, at any time without notice. SMA assumes no liability for errors or omissions. For current information, see

18 MECHANICAL SPECIFICATION Format Weight Front Cover Back Cover Frame Cell Junction box Cable Connector 65.7 in 39.4 in x 1.26 in (including frame) (1670 mm 1000 mm 32 mm) lb (18.8 kg) 0.13 in (3.2 mm) thermally pre-stressed glass with anti-reflection technology Composite film Black anodized aluminum 6 10 polycrystalline solar cells 4.33 in 4.53 in 0.9 in (110 mm 115 mm 23 mm), Protection class IP67, with bypass diodes 4 mm² Solar cable; (+) in (1000 mm), (-) in (1000 mm) Tyco Solarlok PV4, IP " ( " (1670 mm) mm) 38.58" (980 mm) 6 Grounding points ø 0.177" (4.5 mm) Frame Product label 39.37" (1000 mm) Cable with connectors Junction bo 8 Drainage holes 4 Fastening points (DETAIL A) DETAIL A 0.630" (16 mm) 1.26" (32 mm) 0.335" (8.5 mm) 0.965" (24.5 mm) 37.44" (951 mm) 39.4" (1000 mm) ELECTRICAL CHARACTERISTICS POWER CLASS MINIMUM PERFORMANCE AT STANDARD TEST CONDITIONS, STC 1 (POWER TOLERANCE +5 W /- 0 W) Power at MPP 2 P MPP [W] Short Circuit Current* I SC [A] Minimum Open Circuit Voltage* V OC [V] Current at MPP* I MPP [A] Voltage at MPP* V MPP [V] Efficiency 2 η [%] MINIMUM PERFORMANCE AT NORMAL OPERATING CONDITIONS, NOC 3 Power at MPP 2 P MPP [W] Minimum Short Circuit Current* I SC [A] Open Circuit Voltage* V OC [V] Current at MPP* I MPP [A] Voltage at MPP* V MPP [V] W/m², 25 C, spectrum AM 1.5 G 2 Measurement tolerances STC ± 3 %; NOC ± 5 % W/m², NOCT, spectrum AM 1.5 G * typical values, actual values may differ Q CELLS PERFORMANCE WARRANTY PERFORMANCE AT LOW IRRADIANCE RELATIVE EFFICIENCY COMPARED TO NOMINAL POWER [%] Q CELLS * Standard terms of guarantee for the 10 PV companies YEARS with the highest production capacity in 2014 (as at: September 2014) TEMPERATURE COEFFICIENTS Industry standard for linear warranties * Industry standard for tiered warranties * PROPERTIES FOR SYSTEM DESIGN RELATIVE EFFICIENCY [%] IRRADIANCE [W/m²] Temperature Coefficient of I SC α [% / K] Temperature Coefficient of V OC β [% / K] 0.30 Temperature Coefficient of P MPP γ [% / K] 0.41 Normal Operating Cell Temperature NOCT [ F] 113 ± 5.4 (45 ± 3 C) Maximum System Voltage V SYS [V] 1000 (IEC) / 1000 (UL) Safety Class II Maximum Series Fuse Rating [A DC] 20 Fire Rating C / TYPE 1 Max Load (UL) 2 [lbs/ft 2 ] 75 (3600 Pa) Permitted module temperature on continuous duty Load Rating (UL) 2 [lbs/ft 2 ] 55.6 (2666 Pa) 2 see installation manual QUALIFICATIONS AND CERTIFICATES UL 1703; VDE Quality Tested; CE-compliant; IEC (Ed.2); IEC (Ed.1) application class A Certified UL 1703 (254141) At least 97 % of nominal power during first year. Thereafter max. 0.6 % degradation per year. At least 92 % of nominal power after 10 years. At least 83 % of nominal power after 25 years. All data within measurement tolerances. Full warranties in accordance with the warranty terms of the Q CELLS sales organisation of your respective country. The typical change in module efficiency at an irradiance of 200 W/m² in relation to 1000 W/m² (both at 25 C and AM 1.5 G spectrum) is -2 % (relative). PACKAGING INFORMATION 40 F up to +185 F ( 40 C up to +85 C) Number of Modules per Pallet 32 Number of Pallets per 53' Container 32 Number of Pallets per 40' Container 26 Pallet Dimensions ( L W H ) Pallet Weight 68.7 in 45.0 in 46.0 in ( mm) 1435 lb (651 kg) NOTE: Installation instructions must be followed. See the installation and operating manual or contact our technical service department for further information on approved installation and use of this product. Hanwha Q CELLS USA Corp. 300 Spectrum Center Drive, Suite 1250, Irvine, CA 92618, USA TEL WEB Specifications subject to technical changes Hanwha Q CELLS GmbH Q.PRO BFR-G4_ _Rev04_NA

Sunny Tripower CORE1.

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