300w mono Black Solar PV Panels New-Tech in stock 300W off-
grid Solar water Pumping system
Product Features:
1. 0 to +5w positive tolerance power
2. module certified to withstand high snow loads, up to 5400pa
3.advanced glass and solar cell surface texturing allow for
excellent performance in
low-light environments.
4. anodized aluminum frame improving corrosion resistance
5. our ip67 rated junction box improves module performance and
stability
6. we provide a 3years materual and work manship gurantee for our
modules. in
addition 90% power output gurantee for 10 years and 80% power
output gurantee
for 25 years of the modules life are provided
Specifications:
Solar Panel Parameters 300W
Optimized working voltage 37.08V
Optimized working current 8.09A
Open circuit voltage 45.90V
Short circuit current 8.80A
| 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. |
Terms of Payment
| Value of goods | Terms of Payment |
| Less 5,000 dollars | 100%T/T advance |
| 5,000-20,000 dollars | 30% T/T advance |
| More 20,000 dollars | T/T or L/C at sight |
How Do Solar Panels Generate Electricity?
PV solar panels generate direct current (DC) electricity. With DC
electricity, electrons flow in one direction
around a circuit. This example shows a battery powering a light
bulb. The electrons move from the negative
side of the battery, through the lamp, and return to the positive
side of the battery.
With AC (alternating current) electricity, electrons are pushed and
pulled, periodically reversing direction,
much like the cylinder of a car’s engine. Generators create AC
electricity when a coil of wire is spun next to
a magnet. Many different energy sources can “turn the handle” of
this generator, such as gas or diesel fuel,
hydroelectricity, nuclear, coal, wind, or solar.
AC electricity was chosen for the U.S. electrical power grid,
primarily because it is less expensive to
transmit over long distances. However, solar panels create DC
electricity. How do we get DC electricity into
the AC grid? We use an inverter.
