Suzhou Yueniao Machinery&Electronics Imp&Exp Co Ltd
Grid Tie Solar Power Kit
The Solar-Power-Generator is a revolutionary way of cost saving in renewable energy generation.
The solar panels produce what's called DC current. A device called an inverter is required to change the DC power generated by your solar system into AC power that most appliances can use. An inverter is an important piece in your overall solar energy plan.
The solar panels are connected to a grid-tie inverter which is a device that enables solar power users to complement the energy they buy from their electricity supplier with solar power. The inverter converts DC to AC power and sends the extra energy produced back to the utility grid via the electric meter.
At night or during inclement weather all the electricity is supplied by the mains. During the daylight hours, the system generates some power, offsetting the consumption of electricity from the utility and cutting electric bills. The balance of the kWh required by your loads is automatically drawn from the input lines. If the PV panels are producing more electricity than you are using, the system will feed the surplus of the energy back to the utility. It may even spin your electric meter backwards, further reducing your monthly bill.
The Solar Kit is easy to set up and plugs straight in to any mains socket just like your kettle. No need for an electrician.
Installation is simple: secure the solar panels to the aluminum stand and connect the ready made cables. Position on your patio, garden or balcony, anywhere the sun shines. No tools or electrical skills are required, not even a screwdriver.
10 KW Grid-Tie Solar Power Kit, SG-10KW
This SG-10KW kit Includes:
40 x 250 Watt Framed Solar Panel with 25 year limited warranty.
(Support rack for solar panel can be supplied upon request)
10KW Grid Tie DC to AC Inverter.
30 meter connecting cable.
250W Polycrystalline Solar Panel
ASNM250P-60 Series Polycrystalline Silicon PV Panel
STC: Irradiance 1000 W/m2, 25°C, AM=1.5 according to EN 60904-3)
Module Efficiency ŋm(%)
Cell Efficiency ŋc(%)
Power Peak Pm(W)
Maximum Power Voltage Vm(V)
Maximum Power Current Im(A)
Open Circuit Voltage Voc(V)
Short circuit current Isc(A)
Maximum System Voltage (VDC)
Power output tolerances ( % )
Max-Series Fuse (A)
Operating/Storage Temp. (°C)
Dielectric Insulation Voltage (VDC)
TEMPERATURE CHARACTERISTICS - STC
NOCT–Nominal Operating Cell Temperature
Pm Temperature Coefficient (%/°C)
Voc Temperature Coefficient (%/°C)
Isc Temperature Coefficient (%/°C)
Cell Size (mm)
156 x 156
Number of cells
6 x 10 – polycrystalline silicon cell
Module Dimensions (mm)
1640 x 992 x 40
Module Weight (kg)
3.2mm tempered glass
Anodized aluminum alloy
IP65-6 by-pass diodes serviceable
IP67 type MC4
Output Cables (mm)
Pallet Dimension (mm)
Pallet Weight (kg)
Container Loading (ft)
10KW Grid Tie Inverter
Max. DC power (@ cos ϕ = 1)
Max. DC voltage
DC nominal voltage
MPP voltage range/DC
Min. DC voltage / start voltage
Max. input current
Number of MPP trackers
AC nominal power
AC voltage range
single phase, 211-264V
AC grid frequency; range
Nominal output current
Power factor (cos ϕ)
Max. efficiency/ CEC efficiency
DC reverse-polarity protection, AC short circuit protection, ground fault monitoring, grid monitoring