PRODUCT CATALOGUE 2022 New Generation of Power
Table of Contents 17 EiGER series 182 mm cell type 18 EiGER series 210 mm cell type 4 About SWISS SOLAR 20 Bifacial technology 6 We pay attention to details 22 EiGER BIFACIAL 10 SWISS SOLAR GENERATION 16 Technology Fight for your en ENGINEERED IN SWITZERLAND
25 Certificates 30 Warranty 32 Notes nergy freedom.
ENGINEERED IN SWITZERLAND About SWISS SOLAR AG Swiss Solar AG is a Swiss manufacturer of solar modules. The company sees its task and mission as being to ensure that people conserve natural resources of the planet as much as possible and use alternative energy sources to cover their own needs in electricity. The main sense of technological progress is that soon every inhabitant of the planet can be energetically independent from the laws, governments and tariffs. Energy independence was the watchword in 2022, and Swiss Solar AG increased its production to 1.5 GW to meet the demands of all its customers. The main advantage of our modules is that they are a purchase that will benefit you for more than 30 years. ”Let the future tell the truth, and evaluate each one according to his work and accomplishments. The present is theirs; the future, for which I have really worked, is mine.” Nikola Tesla 4
ENGINEERED IN SWITZERLAND The main activities of our company are: In the development of high-tech solutions for the production of solar cells Implementation of technologies in own production Production of modules according to european quality standards Investing Services Production capacity 1,5 GW 6
Warehouse Delivery in in Europe 100 3 countries Total number of employees 210 people
We pay attention to details ENGINEERED IN SWITZERLAND Logo Barcode 8
Label Black Frame 9
ENGINEERED IN SWITZERLANDExclusive Packaging Exclusive packaging created by our designers and engineers for the safe and reliable delivery of solar modules. The state of the art design of solar the packaging and solar modules makes the product emotionally attractive to the most demanding customers. Stylish packaging sets the product apart from other producers. To be part of SWISS SOLAR AG is to always be ahead. 10
SERIES PLUTO PERC CELL TYPE 156mm 156mm ENGINEERED IN SWITZERLAND SWISS SOLAR 390 WP Generation efficiency 17.15% 340 WP efficiency 17.15% 12
DUO COSMOS EIGER EIGER BIFACIAL EIGER MAX 158mm 166mm 182mm 182mm 210mm 410 WP 450 WP 610 WP efficiency 20.18% efficiency 20.37% efficiency 21.55% 550 WP efficiency 21.30% 545 WP efficiency 21.09% 15
SWISS SOLAR Technology ENGINEERED IN SWITZERLAND Standard module Monofacial cell Gallium doped type technology PERC Less Hot Spot Shading Effects Half Cut Anti-PID Low LID Perfomance Multi Busbar M10 - M12 - CELL type 14
Bifacial module PERC Bifacial Cell Type Half Cut Bifacial cell type Glass Glass Multi Busbar Or transperent Back Sheet M10 - Cell Type Gallium-doped Technology Less Hot Spot Anti-PID Low LID Shading Effects Perfomance 15
Half-cut cell technology Half-cut cell modules are made of cells that have been cut in half, resulting in a total of 108, 120, 132, 144 or 156 cells in a single module – doubling the total count in comparison to a traditional solar module. 16
Each half-cut cell produces the same voltage as a standard cell but only half the current, thus they are arranged in parallel strings (Fig 1) to mimic the voltage and current ratings of a conventional module. The most prominent benefit is the reduction in current per individual cell, lowering resistive losses, which results in a gain in power per square meter. Full Size Half-cut Size 17
Half-cut cell modules have three main benefits over conventional modules: 1. Lower Energy Losses By using half-cells, the electrical current (i) flowing in each busbar is halved. Therefore, the amount of internal losses in a half-cut module is 1/4 of a full-sized cell module. ENGINEERED IN SWITZERLAND Full Size Half-cut Size (Amount of electrical current) i 1/2 i Electrical Losses = Current2 x Resistance 2. Lower Shading Loss Shading loss of half-cell is improved compared to a regular module in a specific shading conditions. Full-cell Half-cell 0 power output +50% power output 18
3. Multi-Busbar Technology | Lower Microcrack Loss • Cell efficiency improved by 0.4% • Current transmission path reduced by 50% • Micro crack loss effectively reduced When a module is partially shaded, hot-spotting can occur as power is dissipated in the shaded cells. This can result in overheating of the shaded cells. Modules that utilize half-cut cells produce less current than that of a full cell, and this, in turn, helps to reduce the amount of dissipated power in the shaded cells – mitigating hotspot degradation. Full size Half-Cut size Benefits of using half-cut technology. Half-cut cell modules have proven to have higher power outputs per square meter than their full-cell counterparts. Similar to the comparison of PERC and Al-BSF cells, half-cut cells can potentially improve the payback time and the Levelized Cost of Electricity of a system that chooses to utilize this type of solar cell technology. Half-cut cells also have the additional benefit of being adaptive at sites where shading is 19 unavoidable. Half-cut cell modules oriented so that they experience “portrait shading” will see less power loss in comparison to similarly positioned modules that use traditional full cells.
ENGINEERED IN SWITZERLANDEIGER series PV modules of the EIGER series offered by SWISS SOLAR are currently available in the power range from 390 Wp to 670 Wp and efficiency from 20.6% to 21.57%. The increased efficiency of the EIGER series modules allows reducing the cost of investment in photovoltaics. Additional advantages include: • reduction of snow/wind loads on the roof • space saving • saving on steel structure installation • savings in the use of cables • shorter installation time New Generation of Power 20
SERIES FOR RESIDENTIAL IBEX 108MHC EIGER 390/395/400/405/410 TECHNICAL DATA IBEX-108MHC-EIGER 390-410-half-cell module Type From 390 to 410 Wp Power classes up to 20.97% Efficiency 1724 x 1134 x 30 mm Size Up to 21.5 kg Weight Private rooftop installation powered by YEARS Commercial and Industrial Ground-mounted powered by PRODUCT AND solar power plants PERFORMANCE 22 WARRANTY IBEX 108MHC EIGER BLACK 390/395/400/405/410 YEARS TECHNICAL DATA IBEX-108MHC-EIGER PRODUCT AND 390-410-half-cell module PERFORMANCE Type WARRANTY From 390 to 410 Wp Power classes up to 20.97% Efficiency 1724 x 1134 x 30 mm Size Up to 21.5 kg Weight Private rooftop installation
IBEX 120MHC EIGER SERIES FOR RESIDENTIAL 440/445/450/455/460 TECHNICAL DATA Type IBEX-120MHC-EIGER 440-460-half-cell module Power classes From 440 to 460 Wp Efficiency up to 21.25% Size 1909 x 1134 x 30 mm Weight Up to 23.5 kg Private rooftop installation powered by YEARS Commercial and Industrial powered by Ground-mounted PRODUCT AND solar power plants PERFORMANCE WARRANTY IBEX 120MHC EIGER BLACK 440/445/450/455/460 YEARS TECHNICAL DATA PRODUCT AND PERFORMANCE Type IBEX-120MHC-EIGER WARRANTY 440-460-BLACK-half-cell module Power classes From 440 to 460 Wp Efficiency up to 21.25% Size 1909 x 1134 x 30 mm Weight Up to 23.5 kg Private rooftop installation 23
SERIES COMMERCIAL & UTILITY IBEX 132MHC EIGER 495/500 TECHNICAL DATA IBEX-132MHC-EIGER 495-500-half-cell module Type From 495 to 500 Wp Power classes up to 21.06% Efficiency 2094 x 1134 x 35 mm Size Up to 26.0 kg Weight powered by YEARS Commercial and Industrial Ground-mounted PRODUCT AND solar power plants PERFORMANCE WARRANTY IBEX 132MHC EIGER BLACK 495/500 TECHNICAL DATA IBEX-132MHC-EIGER 495-500-BLACK-half-cell module Type From 495 to 500 Wp Power classes up to 21.06% Efficiency 2094 x 1134 x 35 mm Size Up to 26.0 kg Weight powered by YEARS Commercial and Industrial Ground-mounted PRODUCT AND solar power plants PERFORMANCE WARRANTY 24
IBEX 144MHC EIGER SERIES COMMERCIAL & UTILITY 525/530/535/540/545 TECHNICAL DATA Type IBEX-144MHC-EIGER 525-545-half-cell module Power classes From 525 to 545 Wp Efficiency up to 21.09% Size 2279 x 1134 x 35 mm Weight Up to 28.5 kg powered by YEARS Commercial and Industrial Ground-mounted PRODUCT AND solar power plants PERFORMANCE WARRANTY IBEX 144MHC EIGER BLACK 525/530/535/540/545 TECHNICAL DATA Type IBEX-144MHC-EIGER 525-545-BLACK-half-cell module Power classes From 525 to 545 Wp Efficiency up to 21.09% Size 2279 x 1134 x 35 mm Weight Up to 28.5 kg powered by YEARS Commercial and Industrial Ground-mounted PRODUCT AND solar power plants PERFORMANCE WARRANTY 25
SERIES COMMERCIAL & UTILITY IBEX 156MHC EIGER 570/575/580/585/590 TECHNICAL DATA IBEX-156MHC-EIGER 570-590-half-cell module Type From 570 to 590 Wp Power classes up to 21.11% Efficiency 2465 x 1134 x 35 mm Size Up to 30.5 kg Weight powered by YEARS Commercial and Industrial Ground-mounted PRODUCT AND solar power plants PERFORMANCE WARRANTY IBEX 156MHC EIGER BLACK 570/575/580/585/590 TECHNICAL DATA IBEX-156MHC-EIGER 570-590-BLACK-half-cell module Type From 570 to 590 Wp Power classes up to 21.11% Efficiency 2465 x 1134 x 35 mm Size Up to 30.5 kg Weight powered by YEARS Commercial and Industrial Ground-mounted PRODUCT AND solar power plants PERFORMANCE WARRANTY 26
EIGER210MM Less cable | Less land | Less mounting system | Less labor Higher efficiency | Higher power | Cheaper delivery cost
SERIES COMMERCIAL & UTILITY IBEX 54MHC-EIGER 530/535/540/545/550 TECHNICAL DATA IBEX-54MHC-EiGER half cell modules Type From 530 up to 550 Wp Power classes Up to 21.48% Efficiency 1965 x 1303 x 35 mm Size Up to 28.5 kg Weight YEARS Commercial and Industrial powered by PRODUCT AND PERFORMANCE powered by WARRANTY 28 IBEX 60MHC-EIGER 590/595/600/605/610 TECHNICAL DATA IBEX-60MHC-EiGER half cell modules Type From 590 up to 610 Wp Power classes Up to 21.55% Efficiency 2172 x 1303 x 35 mm Size Up to 31 kg Weight Commercial and Industrial YEARS PRODUCT AND PERFORMANCE WARRANTY
IBEX 66MHC-EIGER SERIES COMMERCIAL & UTILITY 650/655/660/655/670 TECHNICAL DATA Type IBEX-66MHC-EiGER half cell modules Power classes From 650 up to 670 Wp Efficiency Up to 21.57% Size 2384 x 1303 x 35 mm Weight Up to 34.5 kg Commercial and Industrial powered by YEARS PRODUCT AND PERFORMANCE WARRANTY 29
Bifacial technology. What is the difference? Efficiency Efficiency is one of the main parameters of solar panels, which in standard conditions (immediately after assembly) is determined only by their design features. For mono facial modules, this parameter varies between 10-20%. The use of bifacial panels allows an increase up to 20-30% on average - their efficiency can reach 27%. Considering various other factors, which include weather conditions, these values can vary significantly from the given, both upward and downward. It should be noted that nowadays the efficiency criterion is no longer the decisive one. Today, the most successful modules on the market are those that can claim the best ratio between the total cost of their production and operation and the amount of energy generated during their lifetime. In other words, modules that produce the cheapest electric power. To calculate this ratio the LCOE (Levelized Cost of Energy) indicator was developed. Given the importance of external factors and solar modules characteristics for the LCOE calculation, it is useful to compare these criteria. 31
ENGINEERED IN SWITZERLANDEIGER BIFACIAL series SWISS SOLAR AG launches EIGER BIFACIAL from 410 up to 590 Watt 10BB • BIFACIAL technology is the ability of solar cells or modules to convert light from both the front and the back into electrical energy. • Solar trackers are ideal for the bifacial solar module. Since there is enough free space under the solar modules, the sun's rays can freely reflect from the system and reach the back of the solar cell. • Now the number of solar double glass projects is growing rapidly. There is a growing understanding of how to design and build systems that harness the core strengths of the technology • Reduction of snow/wind loads on the roof • Space saving • Saving on steel structure installation • Savings in the use of cables • Shorter installation time 32
ENGINEERED IN SWITZERLANDPower The first most obvious advantage of bifacial modules in terms of power, all other variables being equal, is up to 25% gain in power due to the additional usage of reflected light to generate energy on the back side of the module. The cost of projects based on bifacial modules, with a given power and performance, will be lower than for mono facial modules due to the reduced number of modules required. Accordingly, fewer modules will require less space, which is quite important when the cost of land is high. Weight The use of a glass coating on both sides increases the weight of bifacial modules by an average of 5-8 kg compared to standard modules. This may make them a little more difficult to install, but it is not an obstacle during operation. The slight increase in the cost of installation work does not have a significant impact on the LCOE value. Longevity The life span of both mono facial and bifacial solar modules depends largely on the degradation rate of the photovoltaic cells used in them and is close to 30 years. However, we should not forget about the influence of natural factors. Here, bifacial modules have a clear advantage. The use of tempered glass to cover the front and back sides eliminates the negative effects of UV. Additionally, the transparent structure prevents excessive heating of the cells, which has a positive effect on longevity. The absence of an aluminium frame (for frameless modules) eliminates the risk of corrosion. In general, the increased resistance of bifacial modules to natural factors increases their service life. Mounting Features Unlike standard modules, projects using bifacial modules will require additional engineering calculations: · correct module placement, taking into account shading, row spacing, surface reflectivity, and height above ground level; · power generated by the backside of the module; · module inclination angle that will provide maximum efficiency for a given location; · power of inverter equipment. The practical application of the results of these calculations will certainly lead to higher module installation costs, affecting equipment costs and the overall cost of the project upward. However, the benefits of a significant increase in power generation far outweigh the magnitude of these costs and ultimately contribute to a reduction in LCOE. 34
Influence of natural factors In terms of efficiency and productivity, bifacial modules have an undisputed advantage over standard solar modules under adverse environmental conditions. They can provide sufficient energy generation even in low light (morning, evening) and scattered light conditions (fog, low cloudiness) thus enabling their usage in all climatic zones. Another advantage of bifacial modules compared to standard modules is the lower temperature of the cells. That feature provides minimal performance degradation during hot weather. In this case, sunlight passes freely through the transparent cell without heating it. In mono facial modules, the light hits the opaque backside and heats it, increasing the temperature of the cells. Use of tracking The first most obvious advantage of bifacial modules in terms of power, all other variables being equal, is up to 25% gain in power due to the additional usage of reflected light to generate energy on the back side of the module. The cost of projects based on bifacial modules, with a given power and performance, will be lower than for mono facial modules due to the reduced number of modules required. Accordingly, fewer modules will require less space, which is quite important when the cost of land is high. Design The use of a glass coating on both sides increases the weight of bifacial modules by an average of 5-8 kg compared to standard modules. This may make them a little more difficult to install, but it is not an obstacle during operation. The slight increase in the cost of installation work does not have a significant impact on the LCOE value. 35
Standard ALUMINIUM FRAME GLASS EVA MONOFACIAL CELL EVA BACK SHEET JUNCTION BOX 36 E N G I N E E R E D I N S W I T Z E R L A N D
Bifacial ALUMINIUM FRAME GLASS EVA BIFACIAL CELL EVA GLASS OR TRANSPARENT BACKSHEET JUNCTION BOX
EIGER BIFACIAL series ENGINEERED IN SWITZERLAND25 YEARS 108BF EIGER 120BF EIGER PRODUCT 410Wp 450Wp WARRANTY IBEX-132MHC-EIGER IBEX-132MHC-EIGER 30 YEARS 495-500-BLACK-half-cell module 495-500-BLACK-half-cell module PERFORMANCE From 495 to 500 Wp From 495 to 500 Wp WARRANTY up to 21.06% up to 21.06% 2094 x 1134 x 35 mm 2094 x 1134 x 35 mm TECHNICAL DATA Up to 26.0 kg Up to 26.0 kg Type Private rooftop installation Private rooftop installation Power classes Efficiency Size Weight 38
132BF EIGER 144BF EIGER 156BF EIGER 500Wp 545Wp 590Wp IBEX-132MHC-EIGER IBEX-132MHC-EIGER IBEX-132MHC-EIGER 495-500-BLACK-half-cell module 495-500-BLACK-half-cell module 495-500-BLACK-half-cell module From 495 to 500 Wp From 495 to 500 Wp up to 21.06% up to 21.06% From 495 to 500 Wp 2094 x 1134 x 35 mm 2094 x 1134 x 35 mm up to 21.06% Up to 26.0 kg Up to 26.0 kg 2094 x 1134 x 35 mm Up to 26.0 kg Commercial Commercial and Industrial and Industrial Commercial 39 Ground-mounted Ground-mounted and Industrial solar power plants solar power plants Ground-mounted solar power plants
Mechanical properties advantage ENGINEERED IN SWITZERLAND The diagram shows the structural difference between the two module types. Bifacial modules with transparent backsheet provide lightweight modules like traditional glass-backed laminates. The transparent backsheet improves internal reflection in a glass-to-cell-backsheet structure. They differ from Glass Glass modules in that the transparent backsheet modules use 3.2 mm thick tempered glass. The Glass modules have a glass thickness of 2 mm on each side of the module. All other characteristics remain identical TYPE IBEX 132BF-MHC EIGER IBEX 132MHC EIGER BIFACIAL (GLASS GLASS) Structure 3.2 mm Tempered Glass Bifacial Cell 2.0 mm Heat Strengthened Glass Features Bifacial Cell Max. Static Load Transparent Backsheet Dynamic Load 2.0 mm Heat Strengthened Glass Front side tempered glass Higher impact strength Front side 2.0 heat strengthened +5400/-2400 Lower impact strength +- 1000Pa, 1000 times +5400/-2400 +- 1000Pa, 1000 times Using 2.0mm heat strengthened glass is compromising on glass quality where it matters - the front of the module. 3.2mm tempered glass has superior properties and is industry proven Handling related damage increases with dual glass 40
IBEX 132-MHC-EIGER BIFACIAL BIFACIAL SERIES GLASS GLASS 480/485/490/495/500 TECHNICAL DATA IBEX-132-MHC-EiGER BIFACIAL GLASS GLASS Type Power classes From 480 to 500 Wp Efficiency Up to 20.98% (up to +25% from back side) Size 2102 x 1134 x 35 mm Weight Up to 28.5 kg powered by YEARS Private rooftop installation Commercial and Industrial PRODUCT AND Ground-mounted PERFORMANCE solar power plants WARRANTY IBEX 144 MHC EIGER BIFACIAL GLASS GLASS 525/530/535/540/545 TECHNICAL DATA IBEX-144-MHC-EiGER BIFACIAL GLASS GLASS Type Power classes From 525 to 545 Wp Efficiency Up to 21.01% (up to +25% from back side) Size 2287 x 1134 x 35 mm Weight Up to 31.5 kg powered by YEARS Commercial and Industrial Ground-mounted PRODUCT AND solar power plants PERFORMANCE WARRANTY 41
Product quality Process charts were developed for quality control, production instructions and round-the-clock control of the production line. Also, Statistical quality control to elements and materials for production. All production lines in the factory are automated as much as possible. В In case of deviations and errors in production, artificial intelligence signals the problem and stops the line. At the final stage of production, a Visual random inspection of products for mechanical deviations is performed at the end of production. Our engineers have developed a comprehensive standardization of raw materials, materials and the finished product in order to improve quality requirements. Also, every year all employees of the company are recertified, when new equipment comes into production, employees of departments are necessarily trained and certified to work with this equipment. Quality control steps in production • Process flow charts of module creation and production instructions for quality control and testing of products under the close supervision of 24 by 7 team of SWISS SOLAR engineers. • The statistical acceptance quality control is the established statistical quality assurance - a uniform standard for the components and materials used in the production of solar panels. • Automated production • Continuous line monitoring and video/photo recording for each cell and panel • Intelligent alarm and stopping mechanism in case of any deviation or error • Re-certification of employees every 12 months • Comprehensive standardization of raw materials, materials and finished products in order to Increased quality requirements • Optional supplementary product control of the batch • Additional audits by independent European certification bodies 43
ENGINEERED IN SWITZERLANDCertificates Quality Certificate Certificate Quality Management System Certificate Occupational Health and Safety Management System 44
CERTIFICATE No. Z2 110727 0001 Rev. 00 Holder of Certificate: SWISS SOLAR AG Bahnhofstrasse 21 6300 ZUG SWITZERLAND Certification Mark: Product: Crystalline Silicon Terrestrial Photovoltaic (PV) Modules Mono-Crystalline Silicon Photovoltaic Module The product was tested on a voluntary basis and complies with the essential requirements. The certification mark shown above can be affixed on the product. It is not permitted to alter the certification mark in any way. In addition, the certification holder must not transfer the certificate to third parties. This certificate is valid until the listed date, unless it is cancelled earlier. All applicable requirements of the testing and certification regulations of TÜV SÜD Group have to be complied. For details see: www.tuvsud.com/ps-cert Test report no.: 701262009501-00 Valid until: 2025-07-20 Date, 2020-11-25 ( Zhulin Zhang ) Page 1 of 2 TÜV SÜD Product Service GmbH • Certification Body • Ridlerstraße 65 • 80339 Munich • Germany 45
Warranty A SCOPE 1. The Warranty for SWISS SOLAR Solar Modules of the glass-foil tolerance range of 5 % under Standard Test Conditions (irradiance 1,000 generation according to this Warranty Conditions (hereinafter W/m², spectral distribution AM 1.5, temperature 25±2° C, hereinafter \"STC\"); \"Warranty Conditions\") of SWISS SOLAR AG (hereinafter \"SWISS - From the beginning of the second �2nd) year until the end of the SOLAR\") apply in addition to any of the End Customer's statutory twenty-ninth �29th) year from the date of shipment from the delivery rights arising from product defects. These Warranty Conditions do not warehouse of SWISS SOLAR, the output of the Solar Modules shall not affect any of the End Customer’s statutory rights arising from product decrease by more than 0,5085%, per year and 0,415% for bifacial type of defects. Such rights continue to exist regardless of whether a module nominal output of the Solar Module as indicated by SWISS SOLAR ENGINEERED IN SWITZERLAND Warranty Claim event is given or asserted. on the respective Solar Module minus a tolerance range of 5 % under STC; 2. The Warranty according to these Warranty Conditions applies to - During the thirty �30th) year from the date of shipment from the delivery Solar Modules which the End Customer has purchased in countries in warehouse of SWISS SOLAR the guaranteed output of the Solar Modules which SWISS SOLAR does not have country-specific warranty is at least 80 % of the nominal output on the Solar Module as indicated by conditions for Solar Modules in place. The Warranty according to these SWISS SOLAR minus a tolerance range of 5 % under STC; (jointly Warranty Conditions shall remain unaffected even if the End “Performance Warranty”, Product Warranty and Performance Warranty Customer transfers the Solar Modules to and jointly “Warranty”). SWISS SOLAR shall provide the End Customer with operates the Solar Modules in a different country afterwards. the date on which the Solar Module was shipped from the delivery warehouse immediately after the End Customer’s respective request. 3. These Warranty Conditions do not apply for complete systems from SWISS SOLAR. For complete systems, SWISS SOLAR or a third party D SWISS SOLAR WARRANTY SERVICES commissioned by SWISS SOLAR and working on behalf of SWISS 1. If one of the Warranty claim events indicated in Section B or C arises SOLAR provides the End Customer with additional supplies and during the respective Warranty Term, SWISS SOLAR shall – at its own services, such as assembly service, in addition to the supply of Solar discretion – Modules. Any warranties from SWISS SOLAR for such complete a) repair the Solar Module on site at the End Customer's location, systems are subject to a separate warranty conditions. b) repair the Solar Modul SWISS SOLAR facility or that of a third party, B PRODUCT WARRANTY c) supply an additional Solar Module to the End Customer or d) exchange the Solar Module with a replacement module. On receipt of 1. SWISS SOLAR provides the Warranty pursuant to these Warranty a replacement module by the End Customer, the ownership of the Conditions exclusively to End Customers who have acquired Solar original Solar Module is transferred to SWISS SOLAR. For replacement Modules for their own use and not for the purpose of further sale or modules, the remaining Warranty Term of the relevant Solar Module any other type of commercial exploitation (“End Customer”). SWISS applies exclusively. Insofar as the Solar Module originally supplied by SOLAR guarantees the End Customer pursuant to these Warranty SWISS SOLAR was not or is no longer manufactured in serial Conditions that the Solar Modules are free from material and production, an equivalent module shall be supplied as replacement or processing defects which influence the functionality of the Solar Modules (\"Product Defects\") for a duration of twenty (20) years for additional module. simple modules and �25� years for bifacial modules from the date of shipment from the delivery warehouse (“Warranty Term”) (“Product 2. The client must at his own expense send the damaged solar module Warranty”). SWISS SOLAR shall provide the End Customer with the to Swiss Solar to the nearest warehouse in his city. You can find out the date on which the Solar Module was shipped from the delivery exact address of the treasure in your city by writing to us by mail [email protected] warehouse immediately after the End Customer’s respective request. 3. Costs for measurements and for assessments by qualified experts 2. With Full coverage requirements: For solar modules with which the (e.g. if SWISS SOLAR rejects a Warranty claim event or if the End Full Coverage requirements are fulfilled, SWISS SOLAR guarantees the Customer cannot conduct such measurements personally) must be End customer pursuant to these Warranty conditions that these Solar coordinated and aligned with SWISS SOLAR before the End Customer Modules supplied by SWISS SOLAR deviating from section B.1 shall incurs such costs, otherwise these costs will not be covered by SWISS remain free from product defects for a duration of twenty �20� years for SOLAR. simple modules and �25� years for bifacial modules from the date of 4. If the End Customer asserts a Warranty claim under these Warranty shipment from the delivery warehouse of SWISS SOLAR. Conditions and it turns out that there is no valid Warranty claim event, C PERFORMANCE WARRANTY SWISS SOLAR reserves the right to invoice the End Customer for any costs incurred for the provided Warranty services, provided that the End SWISS SOLAR guarantees the End Customer pursuant to these Warranty Customer knew or gross negligently did not know that no valid Warranty Conditions: claim event was given. 46 - During the first �1st) year from the date of shipment from the delivery 5. If a Warranty service of SWISS SOLAR is unsuccessful, SWISS SOLAR warehouse of SWISS SOLAR ,the output of the Solar Modules shall not is entitled to repeat the same form of Warranty service or to provide a decrease to less than 97 % of the nominal output of the Solar Module as different service, unless this is unreasonable for the End Customer. indicated by SWISS SOLAR on the respective Solar Module minus a
Linear Performance Warranty SWISS SOLAR Standard Industry Standard warranty 47
Notes 48 ENGINEERED IN SWITZERLAND
Notes 49
Notes 50 ENGINEERED IN SWITZERLAND
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