ipv Solar Tracker Universal-Axis Tracker Astronomical A.I. ipv Solar Tracker TS-6006 Rooftop/Ground Type

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1 ipv Solar Tracker UniversalAxis Tracker Astronomical A.I. ipv Solar Tracker TS6006 Rooftop/Ground Type pper Sun Product Catalog01308

2 ipv Solar Tracker WHAT is WHY we need Our Unique UniversalAxis Design A Solar Tracker, which solar modules are mounted on certain merchanical structure, is able to track the motion of sun ensuring the maximum amount of kilowatthours throughtout a day. In terms of cost per kilowatthour, a solar tracker is usually cheaper than a traditional fixedtype solar system. The traditional fixedtype solar system can only maximum its power generation(kilowatthours) when directly facing the sun. To prevent the solar energy loss due to the different incident angles, TOPPER SUN s UniversalAxis Solar Tracker, ipv Solar Tracker, is designed to achieve maximum kilowatthours through collecting optimum solar energy during day time. ipv Solar Tracker UniversalAxis Wide Angle Range to fitin Season s change Seasons are caused by the changing relationship between the Earth and sun. The Earth travels around the sun once a year, as the Earth orbits the sun the amount of sunlight each place on the planet gets daily changes slightly, causing the seasons. The Earth is tilted, affecting the amount of sunlight Besides rotating around the sun every year, the Earth also spins in a circle every 4 hours, we call it a day. However, the Earth doesn t spin in a straight up and down manner relative to the sun, we are slightly tilted. Precisely, we are tilted 3.5 degrees from our orbital plane with sun. So, how to utilize sun energy maximizing the efficiency of power generation for the solar PV system, is TOPPER SUN s priority task and the reason why ipv Solar Tracker was born. 44th Parallel Rotation around sun 44th Parallel UniversalAxis is designed to maximize the efficiency of power generation for solar system. Spring Summer Low Angle Winter Summer High Angle 3 3 Autumn Winter In different seasons, the amount of sunlight at the same place varies.

3 Accurate Reliable Intelligent Affordable Accurate The Core Value of ipv Solar Tracker Increasing power generation of 35110% Preprogrammed astronomical A.I. Programmed according to the motion of the sun which varies every days, seasons and places, enabling the ipv Solar Tracker to adust itself automatically tracking the motion of sun. Instead of using light sensor, ipv Solar Tracker run in the preprogramed route, avoiding being misguided by any outer distraction such as reflected light. Long term tests show that ipv Solar Tracker can increase more power generation than the traditional fixed solar system Daily 103.6% 01/1/1 Power Generation FIXED type Generation/kw 3.36 kwh ipv Tracker Generation/kw 6.84 kwh Monthly 70.0% 01/10/01~01/11/01 Power Generation FIXED type Generation/kw 3.33 kwh ipv Tracker Generation/kw 5.66 kwh Data Source : TOPPER SUN ipv system( site:twc001/twcu00) Data Source : TOPPER SUN ipv system( site:twc001/twcu00) Sunrise Sunset Quarterly 69.4% 01/08/19~01/11/19 Power Generation FIXED type Generation/kw 3.61 kwh ipv Tracker Generation/kw 5.0 kwh Yearly 41.43% 01/05/09~013/05/09 Power Generation FIXED type Generation/kw3.1 kwh ipv Tracker Generation/kw 4.54 kwh Data Source : TOPPER SUN ipv system( site:twc001/twcu00) Data Source : TOPPER SUN ipv system( site:twc001/twcu00) UniversalAxis design The design of UniversalAxis which can tilt 140 degrees in elevation angle and 360 degrees in azimuth angle is totally flexible enough to fit every perfect angles for solar modules to directly facing the sun in anywhere in the sky, achieving the maximum kilowatthours with the minimum solar energy loss. What s more, it helps ipv Solar Tracker to fit any construction base even tilted. Shadingfree model Shading induced power generation loss and hot spot issue are two grave concerns on the solar panels and the associated string and systems. The low altitude angle of sun induces the shading among the solar arrays (front arrays shade back ones) reducing the power generation and system efficiency. Consequently it is inevitable to widen the interarray distance to prevent the shading during the layout design of solar system, however, it also increases the land requirement. This loss in power generation can actually be circumvented by the special function on our ipv tracker. In fact, the inclined angle and position of our ipv Solar Tracker can be preprogrammed to shy away from the shading during the shading hours. This programmable function enables our tracker with extra degree of freedom to prevent the shading and thus maximize the power generation on a fixed land area Elevation angle 40 ~ West South Sunset North Shaded Shaded East Sunrise General setting Shadingfree setting

4 Accurate Reliable Intelligent Affordable Reliable Able to hold the wind load UP TO~300 km/h Ability of Wind Loading The design of ipv Tracker based on a Selfsupporting and Dynamic Balancing structure, is able to hold the wind load 87~300.0 km/h. 17degree in Beaufort wind scale Dynamic Balancing Design Instead of strengthening the joint connecting the loading platform and the column for maintaining the tracker standstill, TOPPER SUN chose to use the UniversalAxis which allows the loading platform to twist in a minor range for counteracting the power of wind. The ipv Solar Tracker doesn t just sustain the wind blowing, it changes itself to adapt the wind. Simple, Solid structure / Light weight Robust, and simple structure for long life with easy maintenance. Design of light weight for easy shiping and installation. Made with highstrength steel, processed by fine craftsmanship No complex mechanical design (No Linear Actuator/Gear Weel/Ball Screw) WIND Beaufort Wind Scale Beaufort Number Wind Speed Description WIND 1* km/h Hurricane 13* km/h Selfsupporting Ability In Operation Mode, ipv Solar Tracker loads the wind speed under 87.0 km/h with Dynamic Balancing system. When the wind speed reaches over 87.0km/h, ipv Solar Tracker can be switched into Safety Mode to protect the facility. 14* 15* km/h km/h Operation Mode Tolerance of Wind Load up to ~87.0 km/h Safety Mode Tolerance of Wind Load up to ~300.0 km/h 16* km/h WIND WIND 17* 019 km/h *Quoted from Central Weather Bureau

5 Accurate Reliable Intelligent Affordable Intelligent ipv System SMART / PRECISE / PORTABLE By connecting to internet, the owners can be able to read the information of their own ipv Solar Trackers through ipv System. And thanks to the networking capabilities, ipv System offers the realtime data which helps you to analyze the efficiency more precisely What s more, besides computers, Smart devices such as iphone and ipad are available, which means it s possible for you to check the working status of ipv Solar Tracker anytime and anywhere! The simplicity of structure design Brings the advantages of 1.Less ingredient purchase..reducing the cost in longterm profit. Check following data by oneclick 1.General information.solar module temperature ipv System My PV monthly output Status Date 01/04/9 ipv monthly output ipv inverter Site TWNU001 Inverter ID All To 01/05/9 daily weekly monthly yearly Query 3.Accumulated output power 4.Radiation in certain period 5.Inverter efficiency 6.CO reduction 7.Output power $Makes you affort easily Affordable Simple Structure = Cost less With so many unique and impressing features, however, the cost of ipv Solar Trackers is surprisingly easy to afford. The simplicity of the structure design brings the advantages of less ingredient purchase and easier maintenance. The former lows down the cost of facility; and the latter reduces the cost in long term. The power of simplicity ipv System My PV monthly output Status ipv monthly output ipv inverter Site TWNU001 Inverter ID All Date 01/04/9 To 01/05/9 daily weekly monthly yearly Query In the other hand, under the same power generation demand, the increase of power generation efficiency(35%~110%) brought by ipv Solar Tracker allows you to reach the same kilowatt with less modules cost compared with fixed solar system.

6 Besides flat areas... ipv Solar Trackers can be applied to the rooftop of buildings such as apartments, commercial buildings), Factories or Gas stations wherever there is a flat, wide rooftop. We provide not only ipv Tracker system, but also the assistance of planning largescale solar power plants. Buildings Gas Stations Factories PROJECTS Location Established Output Power Module pcs. Module Watt Tainan, Taiwan 01/ kwp(ipv Tracker x 19) 6(for one ipv Tracker) 50 Watt(TSM50A36100) Location Established Output Power Module pcs. Module Watt Taichung, Taiwan 01/08 6 kwp(ipv Tracker x 4) 6(for one ipv Tracker) 50 Watt(TSM50A36100) Location Established Output Power Module pcs. Module Watt Taichung, Taiwan 013/ kwp(ipv Tracker x 4) 68(for all the ipv Trackers) 50 Watt(TSM50A36100) Location Established Output Power Tainan, Taiwan 013/ kwp(ipv Tracker x 183) Module pcs. Module Watt 6(for one ipv Tracker) 50 Watt(TSM50A36100)

7 16 STEPS Easy Fast Economic 16 steps to finish assembling the main structure. Clear marks on ingredients, speeding up the installation, and reducing mistakes. No complex mechanical design, only a simple training required before installation. Simple structure, easy for maintenance, lowing down the cost in long term. Steps of Installation Main structure Inter platform flattube Middle flattube Universal joint Outer platform flattube Drive flattube Angle bar(inner) Outer flattube Angle bar(outer) Drive flattube Steady holder 1 Support Inter platform flattubes with a steady holder. Inter platform flattube After tightening Bearing and Universal 3 joint, tighten them with Inter flattubes. Tighten the Outer and Inner flattubes 4 Tighten the Drive and Outer flattubes 5 Tighten the Angle bar(inner) and 6 Outer flattube Tighten the Angle bar(outer) and Drive flattube. Sensor fixed stand Solar modules Foundation Motor platform Drive bearing Cylinder 7 Middle flattube Tighten the Sesor fixed stand with the 8 Middle flattube. Tighten the Drive rings on the both ends of Assemble the Solar modules on the Tighten the Rings with the Screws on the the Drive flattubes. platform. Assemble the Cylinder on the foundation, and tighten them. Outer platform flattubes. 1 Drive bearing tube Tighten the Motor platform on the Cylinder, then assemble the Drive bearing and tube. Motor Cable penetrating hole Motor lids Upper motor device Wire spool Motor angle bar Assemble Motor drive axle on the drive bearing, set Oring between Motor angle bar and platform, and tighten them. Assemble the Motor lids and Wire spool. *engineering process adjustment may be applied due to different site conditons 15 Use the same way finish assembling the Upper motor device. 16 Dangle the platform assembled with Solar modules upon the Cylinder. Finish the assembly of Modules & Tracker.

8 Specifications Specification is subject to be changed without prior notice. Specifications & Dimensions TS6006 (TSM50 module x 6) TS601 (TSM50 module x 1) TS604(Light) (TSM50 module x 4) TS604(Medium) (TSM50 module x 4) TS604 (TSM50 module x 4) Approximate Capacity (Loading surface) 10.3m (L)3.30m x (W)3.10m 0.50m (L)4.10m x (W)5.0m 36.9m (L)6.15m x (W)6.0m 40.9m (L)6.60m x (W)6.0m 40.9m (L)6.60m x (W)6.0m Tracking Axis UniversalAxis UniversalAxis UniversalAxis UniversalAxis UniversalAxis Installation Type Rooftop/Ground type Rooftop/Ground type Ground type Ground type Ground type Rotation Angle (Azimuth Angle) (Elevation Angle) Control Control Power/ Voltage of Motor (5W / AC 0V) x (5W / AC 0V) x (5W / AC 0V) x (5W / AC 0V) x (40W / AC 0V) x Rotation Speed 0.4 /min. 0.4 /min. 0.4 /min. 0.4 /min. 0.4 /min. Drive (West to East) (Elevation) Permissible Wind Velocity Operation Mode : ~87.0km/h. Safety Mode: ~300.0km/h. Operation Mode : ~87.0km/h. Safety Mode: ~300.0km/h. Operation Mode : ~49.0km/h. Safety Mode: ~87.0km/h. Operation Mode : ~87.0km/h. Safety Mode: ~300.0km/h. Operation Mode : ~87.0km/h. Safety Mode: ~300.0km/h. Internal Consumption per year approx. 18.kWh.(per year) 18.kWh.(per year) 18.kWh.(per year) 18.kWh.(per year) 8.kWh.(per year) Material Weight (Modules excl.) 85kg 430kg 600kg 735kg 850kg Main Structure(TS604) Solar Modules Loading Platform Product Warranty Frame Warranty(5 years) AngleControlSystem Warranty(5 years) Modules Certifications UniversalAxis Mechanism Bearing Foundation Column Motor Set Control Box

9 Contact pper Sun Taiwan Headquarter No. 4589, Sinsing Rd., Hukou Township, Hsinchu City 303, Taiwan TEL : +886 (3) FAX : +886 (3) Global_sales@toppersunenergy.com Germany Office Jakobshohe 16, Monchengladbach, Germany TEL : FAX : info@toppersun.de U.S.A. Office No. 160 N, Marine Corps Drive Unit 1B, Tamuning, GU, 96913, U.S.A. TEL : +1 (671) Japan Office IN TOYO Blog. 8th floor 35 Hachimandori, Chuoku, Kobe Japan TEL : +81 (078)