Detaillering zonnepanelen In de dak plattegrond hier onder is in grijs gearceerd waar we van plan zijn om zonnepanelen te bevestiggen. Dit is mede om

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1 Projectmanager E.J. de Graaf Rapportage Zonnepanelen Ontwikkeling Uiterstegracht egeleidend schrijven

2 Detaillering zonnepanelen In de dak plattegrond hier onder is in grijs gearceerd waar we van plan zijn om zonnepanelen te bevestiggen. Dit is mede om aan de EPC-eis te voldoen. De zonnepanelen worden bevestigd op het zuidelijk dakvlak. We hebben te makken met een lessenaarskap. Niet zichtbaar vanuit de openbare ruimte helling dakvlak maximaal 15 graden ligging onder dezelfde hellingshoek als het dakvlak één formaat toepassen aaneengesloten geplaatst in een eenduidig patroon, gerangschikt op een horizontale lijn minimaal 30 centimeter van een eventueel zijdakvlak minimaal 30 centimeter van de nok en de knik in het dakvlak boven de bestaande dakbedekking aangebracht onderzijde paneel maximaal 8 centimeter boven de bestaande dakbedekking per dakvlak maximaal 1 type zonnepaneel of 1 type zonnecollector de randen en zichtbare beplating van de panelen zijn uitgevoerd in een donkere en doffe kleur 216 (Welstandsnota Leiden 2014) 2

3 CSUN Poly 250 WP/ 255 WP / 260 WP: Positieve tolerantie 0 tot 5%; 10 jaar fabrieksgarantie; Vermogensgarantie van 90% na 10 jaar en 80% na 25 jaar; Herverzekerde vermogens garantie via PowerGuard ; Uitstekende opbrengst onder diffuus licht; estand tegen 2400Pa windbelasting en 5400Pa sneeuwbelasting; estand tegen corrosie door zoute nevel en ammoniak; PID Safe; Zelf reinigend glas; 3

4 energy for today Poly TM PowerGuard SPECILTY INSURNCE SERVICES Powerguard insurance global coverage Within the first year, the output power shall not be less than 97.5% of the minimum output power in CSUN s product datasheet, thereafter the loss of output power shall not exceed 0.7% per year, ending with 80.7% in the 25th year. 97.5% CSUN Standard warranty 15.70% Module efficiency 255 W Highest power output 10 years Material & workmanship warranty CSUN255-60p Standard Solar Product CSUN255-60P CSUN250-60P CSUN245-60P CSUN240-60P CSUN235-60P Industry leading conversion efficiency Positive tolerance offer Passed salt mist corrosion testing and ammonia corrosion testing Certificated to withstand wind (2400 Pa) and snow load (5400 Pa) Excellent performance under weak light condition 25 years Linear power output warranty Good temperature coefficient performance enables better output in the tropical zone China Sunergy (Nanjing) Co., Ltd. (NSDQ: CSUN), established in 2004, is a hi-tech corporation with its core business in R&D, manufacturing, and sale of high efficiency silicon based solar cells and modules. s one of the leading PV enterprises in the world, CSUN has delivered more than 1GW solar products, to residential, commercial, utility and off-grid projects all around the world. Through strict selection of raw materials, stringent quality control and rigorous test in state of the art facilities in Nanjing and Shanghai, CSUN has always committed to higher efficiency, more stable and better cost performance products. * Note: ll specifications, warranties, certifications about module of CSUN series also apply to that of SST. ll information and data are subject to change without notice. Version 7/2013-ENG

5 Electrical characteristics at Standard Test Conditions (STC) Module type Maximum Power - Pmpp (W) Positive power tolerance Open Circuit Voltage - Voc (V) Short Circuit Current - Isc () Maximum Power Voltage - Vmpp (V) Maximum Power Current - Impp () Practical module efficiency Module efficiency CSUN P 255 0~3% % 15.70% CSUN P % 15.40% CSUN P % 15.09% CSUN P % 14.78% CSUN P % 14.47% Electrical data relates to standard test conditions (STC) : irradiance 1000W /m 2 ; M 1.5 ; cell temperature 25 C measuring uncertainty of power is within ±3%. Certified in accordance with IEC61215, IEC /2 and UL 1703 Electrical Characteristics at Normal Operating Cell Temperature (NOCT) Module type Maximum Power - Pmpp (W) Maximum Power Voltage - Vmpp (V) Maximum Power Current - Impp () Open Circuit Voltage - Voc (V) Short Circuit Current - Isc () CSUN P CSUN P CSUN P CSUN P CSUN P Electrical data relates to normal operating cell temperature (NOCT): irradiance 800W /m 2 ; wind speed 1 m/s ; cell temperature 45 C; ambient temperature 20 C measuring uncertainty of power is within ±3%. Temperature Characteristics Maximum Ratings Voltage Temperature Coefficient Current Temperature Coefficient Power Temperature Coefficient %/K %/K %/K Maximum system voltage(v) Series fuse rating() Mechanical Characteristics Dimensions Weight Frame /40 mm (L W H) 18.3/19.1 kg nodized aluminum profile Front glass Cell Encapsulation ack Sheet Cells Junction ox Cable White toughened safety glass, 3.2 mm EV (Ethylene-Vinyl-cetate) Composite film 6 10 pieces polycrystalline solar cells series strings (156 mm 156 mm) With 6 bypass diodes, rated current 12, IP 65, TUV&UL Length 900 mm, 1 4 mm 2 Packaging System Design Dimensions (L W H) Container 20 Container 20 HC Container 40 Container 40 HC mm Temperature range Hail Maximum surface load capacity -40 C to + 85 C maximum diameter of 25 mm with impact speed of 23 m/s (51.2 mph) 5400 Pa Dimensions IV-Curves Note: mm (inch) - 10 x 10 (0.39 x 0.39) Junction box Drainage holes 4 places 10 (0.39) 14 x 9 (0.55 x 0.35) Mounting slots 8 places 1.5 (0.059) 40 (1.58) Current/ 35(1.38) 1640 (64.54) Ø 6 (0.24) 860 (33.85) 1360 (53.52) 9 (0.35) 14 (0.55) Ground holes 2 places Voltage/V Current/ Power/W 990 (38.96) 940 (37) Front view backview Voltage/V

6 p 222 Standaard Zonnepaneel 2x 1650 installatie volgen bijgevoegde handleiding 3mm resitrix EPDM dakbedekking plaat materiaal 18mm pur platen 140 mm tussen gordingen dampremmende laag plaatmateriaal 10 mm Standaard Zonnepaneel 2x 1650 installatie volgen bijgevoegde handleiding 3mm resitrix EPDM dakbedekking plaat materiaal 18mm pur platen 140 mm tussen gordingen dampremmende laag plaatmateriaal 10 mm 18 Zinken goot Rc 6,1 m2k/w Goot lijst naaddichting metselwerk 100 mm dampdoorlatende laag plaatmateriaal 9mm HS 38*140 mm met minerale wol dampremmende laag dubbele gipsafwerking 2*12,5 mm open stootvoeg t.b.v. ventilatie Kuntstharsgebonden pleister aquapanel 12,5 mm dampdoorlatende laag plaatmateriaal 9mm HS 38*140 mm met minerale wol dampremmende laag dubbele gipsafwerking 2*12,5 mm let op: betreft principe details, voor uitvoering zal e.e.a. in het werk bepaald moeten worden. Goot wordt mandragend uitgevoerd let op: betreft principe details, voor uitvoering zal e.e.a. in het werk bepaald moeten worden Nok 7700 Goot getekend: formaat: project: E.J. de Graaf schaal: 3 datum: Stadswoning Principe detail opdrachtgever: chterkamer olero ouw tekeningnaam: Versie 4 013

7 Van der Valk Solar Systems TRCKING ND FIXED SOLR MOUNTING SYSTEMS Installation manual Pitched Roof System - bitumen Version 1

8 EN General user instructions Solar mounting systems Congratulations on buying a Van der Valk Solar Systems mounting system and on helping the environment by deciding to install solar panels. This document must be seen in addition to the installation manual and installation instructions. * The general user instructions describe general installation and safety instructions. * The installation manual shows you how to install the solar mounting system. * The installation instruction gives you specific measures of the engineered mounting system as a result of the PV Planner. The instructions provided in these user instructions must be observed at all times. Read these instructions carefully and keep them in a safe place for future reference. lso follow the instructions stated in the manuals and instructions for the other system components that are a part of the overall PV system. ll current structural, safety and building regulations must be observed. Van der Valk Solar Systems.V. will never be liable for any direct and/or indirect intangible or consequential loss ensuing from or connected to the failure to observe the instructions provided in these user instructions. Safety instructions for roofs Solar mounting systems installed on roofs will be exposed to wind and snow. The building in question will be subject to a greater load as a result of the PV system. design calculation must be used to establish whether or not the building in question will be able to withstand the extra load. Where necessary, modifications need to be made. The standards applied (if applicable for specific solar mounting system) EN 1990 asis of structural design EN ctions on structures / Snow loads EN ctions on structures / Wind actions EN Design of steel structures / General rules for buildings EN Design of steel structures / Supplementary rules for cold formed members EN 1997 Geotechnical design EN Design of structures / General rules, seismic actions and rules for buildings EN Design of aluminium structures NEN 7250 Solar systems - Integration in roofs and facades - uilding aspects (pending) S EN ritish Standard pplication To calculate the needed strength, ballast and foundation of the solar mounting system, according the Eurocodes, the specific location details have to be determined, e.g. wind zone, snow zone and height of the building. These need to be entered in the PV Planner. Foundations and strength of field systems are calculated with SolarTop. Type of solar panel The Van der Valk Solar Systems mounting systems are universal mounting systems for solar panels. lmost any solar panel with of without an aluminium frame, possibly with mounting holes, can be mounted. Types of roof Type of roof covering: bitumen, EPDM, PVC, concrete and other roof coverings. For ballast calculations the exact roof covering must be known. efore installing the solar mounting system, make sure that you carefully sweep the roof area. The ballast calculation for flat roofs only applies for roofs with a slight pitch of up to 5. bove this roof pitch, the system needs to be attached to the roof securely. allast Flat roof systems can be attached to the roof or need to be supported by ballast, to make sure that the system is unable to move, lift or tip over. The components supplied do not fully include the ballast required, which will be a number of tiles with a certain measurement and weight. The number of tiles required per position, per type of solar panel, per roof area and per building height is calculated via the PV Planner and can be seen in the installation instructions and foundation adivse. The number of tiles specified per position will be vital to ensure that the mounting system can be used safely. Position Restrictions also apply for the position of the system on a roof. The solar panels must be installed at a certain distance from the edge of the roof. Follow the scheme in the installation manual calculated by the PV Planner. Guarantee The guarantee provided is subject to the guarantee conditions stated in the general terms and conditions stipulated by Van der Valk Solar Systems V. Our terms and conditions can be found on our website: The mounting system is a product that has been produced by: Van der Valk Solar Systems.V., Registered with the chamber of commerce for Haaglanden under number Internet: Issue date : May 2014 Version: General user instructions v2 EN

9 Necessary Tools For Van der Valk Pitched Roof System - itumen Wrench 13 Socket 13 Torx bit T30 Cordless drill (for socket 13 and Torx bit T30) 1

10 Mounting of slate roof anchor Detail Detail Not included: Use 2 of 3 holes urn a flap of bitumen on the roof anchor, for a watertight seal. 2

11 L (L [mm]) Detail Mounting side profile M8x25 M Detail C The groove of the bolt corresponds with the orientation of the bolt head. Detail C 3

12 Mounting coupling side profile Detail Detail The groove of the bolt corresponds with the orientation of the bolt head. Detail 4

13 Optional: Mounting optional products lu. micro-inventer clamp Optional: Optional: Plastic end cap Detail Plastic panel alignment pin 5

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15 Mounting of slate roof anchor Not included: 5 Detail Detail See page 6 See page 6 7

16 Optional: max. cable diameter Ø9 mm Mounting cable clamp Mounting cable clamp on panel max. cable diameter Ø9 mm Mounting cable clamp on side profile. Mounting cable clamp on side profile. 8

17 Van der Valk Solar Systems Van der Valk Solar Systems is a specialist company that is fully focused on developing and producing mounting systems for use with solar panels. To this end we work in close collaboration with Van der Valk Systemen, our sister company. Van der Valk Systemen has been a well-known name in the field of moving systems and stationary components for the greenhouse horticultural sector and industry throughout the world since Van der Valk Systemen s high quality products have been individually developed from a scientific approach and produced with mathematical precision. They are made to be low-maintenance and to stand out thanks to their durability, reliability, functionality and ease of assembly. oth Van der Valk Systemen and Van der Valk Solar Systems only introduce innovative products to the market. Our shared business complex consists of 20,000 m2 of offices and production facilities, in which modern machinery and the latest technologies facilitate development, manufacturing and testing that is fast, flexible and precise. We develope and produce solar mounting systems for: PLESE CONTCT VN DER VLK SOLR SYSTEMS, YOUR INSTLLTION COMPNY OR PROJECT ORGNISTION FOR FULL INFORMTION. Open Fields Pitched Roofs Flat Roofs Greenhouses Water Features