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[China]
Trade Verify
Address: Xinlang Road Wanyang Industrial Park No.2 Block 1/2nd floor Langxia Town, Ningbo Yuyao City,Zhejiang Province ,China
Contact name:Doug Lee
Yuyao Ollin Photovoltaic Technology Co., Ltd. |
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Verified Suppliers
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Low Iron Tempered Glass Home Solar Panels / Domestic Solar Panels 4*9
Home Solar Panels features:
You own the sun. Well, not exactly, but you do have the right to its power. Why not put it good use? With solar technology, you can harness the sun's energy and turn your rooftop into a power plant.
1. With advanced materials and equipment, our modules are designed
and manufactured
in consistency with the IEC 61215:1993 standards which can
guarantee the excellent electrical
performance and the product life of 25 years.High-transmittance
low-iron tempered glass, anti-aging EVA, excellent weathering
resistance TPT,
2. Wind resistance, pressure resistance, high conversion efficiency
Home Solar Panelsfield:
1. Gird-connected power generation system
2. Off-grid power generation system
3. Building-integrated power generation facilities
Home Solar Panels information
| Module Type | OLPV130W | OLPV140W | OLPV150W | OLPV160W | OLPV165W |
| Maximum power | 130 W | 140 W | 150 W | 160 W | 165 W |
| Max power voltage | 17.50 V | 17.70 V | 17.90 V | 18.10 V | 18.20 V |
| Max power current | 7.43 A | 7.92 A | 8.38 A | 8.84 A | 9.06 A |
| Open circuit voltage | 21.50 V | 21.70 V | 21.90 V | 22.10 V | 22.30 V |
| Short circuit current | 7.96 A | 8.49 A | 9.01 A | 9.53 A | 9.74 A |
| Module Efficiency | 13.13% | 14.14% | 15.15% | 16.16% | 16.67% |
| Power Tolerance | -0~+5W | -0~+5W | -0~+5W | -0~+5W | -0~+5W |
| Standard Test Conditions (STC): Irradiance 1000W/m2, Module temperature 25℃? Air Mass (AM)=1.5 | |||||
| Nominal Operating Cell Temperatur | 45 ± 2℃ | ||||
| Temperature coefficients of Isc | +0.049% /℃ | ||||
| Temperature coefficients of Voc | -0.340% /℃ | ||||
| Temperature coefficients of Pmax | -0.430% /℃ | ||||
| Solar Cell | Poly solar cells 156x156 mm | ||||
| Front Cover | 3.2 mm thick, tempered glass | ||||
| Back Cover | TPT (Tedlar-PET-Tedlar) | ||||
| Encapsulant | EVA (ethylene vinyl acetate) | ||||
| Frame | Double-layer anodized aluminium alloy | ||||
| Junction Box | IP65 rated | ||||
| Maximum System Voltage | DC1000V (IEC) | ||||
| Maximum Series Fuse | 15 A | ||||
| Operating Temperature | -40℃~+85℃ | ||||
| Storage Temperature | -40℃~+85℃ | ||||
| Max. Wind Load / Max. Snow Load | 2400Pa / 5400Pa | ||||
| Application Class | Class A | ||||
| Packing configuration | Carton.Customers packing requirement is acceptable. | ||||
DC SOLAR PUMPING
DC solar Pumping system and other is AC solar Pumping system. DC solar pumping systems are small systems which are for domestic purposes, offices and irrigation of small lands up to two Acres. These DC solar pumping systems are very reliable and cheaper. In this system the pump motor is DC motor and one controller controls its operation which is MPPT controller responsible for smooth operation of the pump without the need for batteries. The maximum flow with DC systems can be upto 10,000 Gallons per day with maximum head of 200ft.
Solar AC Pumping system consists of AC Pump, Pump Controller and
solar panels. These are big systems of motor power varying from 2KW
to 60KW and their up-front costs vary from Rs.1M to 20M. These AC
pumps are for all kinds of agriculture and big farming
applications. The flow can vary from 10m3 per hour to 300 m3 per
hour with head varying from 100 ft to 600 ft.
Solar Pumping is very specialized job and calls for high technical
expertise starting from pump design & selections to
installation and commissioning of systems. The customers should buy
systems from professional companies and get installed from trained
pump technicians.
Solar pumps are very economical if you compare operational costs
with the conventional pumping system working through Diesel
generators or Utility Grid. The payback varies from three to seven
years depending on the type of system you are buying.
SOLAR POWER FOR TELECOMMNUCATION NETWORKS
Solar power for telecommunication networks is another application for solar photovoltaic. The telecommunication BTS towers have power supply from Diesel Generators in areas where no grid is available and have back up diesel generators where grid is available. Operational Expense of power generator is very high. The best replacement of the diesel back up is the solar power which is clean energy. These systems can be hybrid (solar and wind) where wind is available. Many telecom operators have installed solar systems and they are very much satisfied and many are still in the process of planning for purchase of solar power systems. Again designing of solar solution for BYS towers is a specialized job.
