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Product Details:
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| Solar Panel: | 265W Solar Panel | Load Power (W): | 4500W |
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| Inverter: | On Grid Pure Sine Wave | Charging Time: | 8-10 Housr To Charge The Battery Fully |
| Battery: | 12V/12AH SMF Lead Acid Battery | Application: | Buliding |
| High Light: | complete solar power system,off grid solar power systems |
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265W solar modue Residential Solar Power Systems On grid 1kw home use solar generation power system
Description:
1. Sunlight falls on high capacity solar panels during daylight hours. The solar panels convert the sun’s
energy into Direct Current(DC) electricity which is sent to an inverter.
2. The inverter converts the Direct Current into Alternating Current (AC) electricity. This is sometimes
called”conditioning” the power.
3. When the solar energy system produces more electricity than is needed during peak sun hours, excess
electricity is automatically sent to the utility company and the electric meter actually runs backwards!
4. Solar energy systems produce very high quality electricity that reduces the chance of power fluctuations
that could damage electronic equipment.
5. Utility power is continuously provided at night and during the day when demand exceeds solar
production.
| Module Type | OLPV250W | OLPV255W | OLPV260W | OLPV270W | OLPV280W |
| Maximum power | 250WM | 255WM | 260WM | 270WM | 280WM |
| Max power voltage | 36.54v | 36.88v | 36.9V | 36.88v | 36.9V |
| Max power current | 29.74V | 29.86V | 29.94V | 29.86V | 29.94V |
| Open circuit voltage | 8.96A | 9.2A | 9.35A | 9.72A | 9.99A |
| Short circuit current | 8.3A | 8.5A | 8.66A | 8.98A | 9.33A |
| 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. | ||||
Grid Tied System
PV Array
Sunlight passes through the silicone wafers in the PV modules knocking loose electrons which flow into
wires as Direct Current(DC) electricity.
Combiner Box
The PV modules are wired together in a combiner box to output the correct system voltage(VDC)
DC Disconnect
System shut-off with circuit breakers and ground fault protection. Required by code to ensure that all parts
of system can be disconnected from all sources of power.
AC Mains Panel and Meter
Your grid power consumption and the power production from your PV array are metered here. Net matering
means you only pay the difference between what you use and what you produce.
AC Disconnect(Utlity Accessible)
AC output from your inverter and AC power from the grid are combined here with circuit breakers.
Inverter
Direct Current(DC) electricity from the PV Array is converted to Altemating Current(AC) electricity to supply
the house loads and sell energy back to the grid.
Contact Person: LEE
Tel: +8613651897219
