Generator Manufacturers and Factories

Home Generator Products TUV Approved Poly 45 W Solar Cell Modules (POL-45W)

TUV Approved Poly 45 W Solar Cell Modules (POL-45W)

TUV Approved Poly 45 W Solar Cell Modules (POL-45W)
Price: Negotiable/Piece
Trade Terms: EXW
Min Order: 1/Piece
Pay Type: T/T,Western Union
Solar Module
Solar module with high efficiency solar cells.
High-efficiency silicon solar cells, more power in peak hours through cells.
Optimized module performance with nominal voltage 24/18/12V DC.
Bypass diodes to avoid hot-sot effect, solar cells are embedded in a sheet of PET and EVA.
3.2mm high transmission low-iron, tempered glass, unique esthetic appearance of solar cells.
Attractive, stable, heavy duty anodized aluminum frames with convenient mounting-access, for high wind-pressure and snow-load.
The backside frames are equipped with drainage holes. So we eliminate the risk that rain or snow water may accumulate in the frame lumen and freeze or even bend the frame in cold season.

Application:
1 Solar power stations
2 Rural electrification, Small home power systems
3 solar street lights, solar traffic lights, solar garden lights, solar billboard lights and solar car charging systems etc.
4 12V and 24V battery charging system 12V24V
5 Easy Installation and Handing for Other industrial and commercial applications
Technical parameters
Model POL-45W
Item Value Item Value
Max power 45W Dimension of solar module Poly-crystalline silicon156*156mm
Error of system Plus-minus 5% Array 36=2*18
Working voltage 17.4 Dimension of solar module 600*680*28mm
Working current 5.58A Weight of solar panel 5.0kg
Open-circuit voltage 21.6V Grade of protection IP65
Short-circuit current 2.84A Guarantee of quality
 
 
Max power not less than 90% after attenuation for 10 years; Max power not less than 80% after attenuation for 20 years
Working temperature -40 Degree C
      to
+85 Degree C
Ability of
defending damage
Defend attack from steel ball with 227g by falling free from 1m & 60m/s strong wind
Max system
  voltage
715V Coefficient of power
temperature compensation
- (0.5 plus-minus 0.05)%/K
Max protection
  current
10A Coefficient of power
temperature compensation
- (0.5 plus-minus 0.05)%/K
Condition of
standard test:
Radiate1000W/m2, temperature25 Degree C, air mass=1.5 Coefficient of power
temperature compensation
- (0.5 plus-minus 0.05)%/K
 
Prod Model: POL-45W
Markets: North America,South America,Eastern Europe,Southeast Asia,Africa,Oceania,Mid East,Eastern Asia,Western Europe
GUANGZHOU POEM OF LIGHT ENERGY TECHNOLOGY Co., Ltd(POL) is a high-tech company specilized in R&D, production and sales of wind turbines, solar home systems and this kind of new energy products. POL pools a group of advanced technical personnel in the field of new energy generation. Among them are 5 overseas returnee doctors and masters with many years working experience in this field abroad.

POL has independent R&D centre, regarding independent innovation as lifeline of the enterprise. The company has built the new energy generation solution technical plarform with filtering by high-lights, generation by dim-lights and breeze, energy management and intelligent control as core technology with several technology advanced in the world and proceded in China.

On the basis of the independent R&D, the company promote international co-operation positively; And trace and synchronize international technology development in new energy field through the co-operation to make sure that the company's strategic development direction is right.

The main products of POL include high-efficient Wind turbine, new energy street lamps, home power system and other application products. With our advanced technology platform, POL can provide a lot of new energy power generation solutions for our custommers.

Send your message to this manufacturer

  • Guangzhou Poem of Light Energy Technology Co., Ltd.

More >

Other Generator Products with This Manufacturers

About Us Generator Products Generator Manufacturers Hot Generator Generator News Generator Trade Shows Site Partners Contact Us Sitemap