Half cell mono solar modules adopted with half cut solar cells technology, tempered and high transparent low-iron glass. With excellent low-light performance, advanced solar panel sealing technology and well-suitable module size, this mono solar panel fits your requirements well.

Features

1. Half-cut Cell Technology

New circuit design,lower internal current,lower resistance loss;

2. High Strength Frame

2400Pa wind load,5400Pa snow load,25mm hail stones at 82km/h;

3. Significantly Lower the Risk of Hot Spot

Reduce power loss,increase module output power;

4. Excellent Anti-PID Performance

Stringent quality control,high reliablity,internal testing far beyond the industry standards;

5. Drainaging Designs

To prevent deforming and fracturing due to freezing or other forces.

6. Higher Yield Due to Better Shading Response

By cutting solar cells into halves, the internal power loss will be lower and the hot spot effect will also be reduced.

Half Cell Module comprises two separated and identical solar cell arrays, which means the ordinary strings of cells are cut into halves, and these shorter strings compose which has separated current paths. When a module is shaded, only one side shaded array's current will be impacted, while the other array will still be functionally producing power. Under this circumstance, when a module is shaded, the affected working areas of Blade will be 50% less.

7. Less Mismatch Loss

Instead of 6 internal strings of cells, half cell module has 2*6 shorter ones. This design effectively deals with the mismatch happened between cells caused by shadow, out of sync performance degradation, etc.

First-class Half Cell Mono Solar Modules Warranty Reliable Quality

① 12 Years Product Material Workmanship;

② 25 Years Linear Performance Warranty;

③ 0~5W Positive Power Output Guarantee;

④ 100% Double Full EL Inspection.

Electrical Characteristics （STC）

Maximum Power at STC(Pmax)(W)	290	295	300	305	310	315	320	325
Optimum Operating Voltage(Vmp)(V)	32.64	32.98	33.37	33.82	33.67	33.87	33.96	34.18
Optimum Operating Current(Imp)(A)	8.87	8.93	8.99	9.02	9.22	9.30	9.42	9.51
Open Circuit Voltage(Voc)(V)	39.90	40.22	40.58	40.79	40.85	40.96	41.12	41.33
Short Circuit Current(Isc)(A)	9.30	9.33	9.42	9.61	9.75	9.84	9.98	10.11
Module Efficiency(%)	17.45%	17.75%	18.05%	18.36%	18.66%	18.96%	19.26%	19.56%
Operating Temperature(℃)	-40~85℃
Nominal Operating Cell Temperature(NOCT)	45+/-2℃
Maximum System Voltage(V)	1500V DC
Maximum Series Fuse Rating(A)	20A
Module Fire Safety Class	Class C
Output Power Tolerance	0~+5Wp
STC:Irradiance of 1000W/㎡, spectrum AM=1.5,Module temperature of 25℃

Electrical Characteristics (NOCT)

Maximum Power at STC(Pmax)(W)	215	219	222	226	230	234	237	241
Optimum Operating Voltage(Vmp)(V)	30.89	31.21	31.58	31.73	31.86	32.05	32.14	32.35
Optimum Operating Current(Imp)(A)	6.95	7.00	7.04	7.12	7.22	7.29	7.38	7.45
Open Circuit Voltage(Voc)(V)	36.85	37.15	37.48	37.60	37.73	37.83	37.98	38.18
Short Circuit Current(Isc)(A)	7.52	7.54	7.61	7.74	7.88	7.95	8.07	8.17
NOCT:Irradiance of 800W/㎡, Ambient Temperature 25℃,Wind Speed 1m/s.

Mechanical Characteristics

Cell Type	Monocrystalline 156.75x78.375
Number of Cells	120(6x20)
Dimensions	1675x992x35mm
Weight	18KGS
Front Glass	3.2mm, Tempered Glass,Low Iron
Frame Material	Anodized Aluminium Alloy
Backsheet	White
Junction Box	IP67,3 Diodes
Connector	MC4 Compatible
Cables	PV-F 4mm2
Encapsulant Material	EVA
Fire Safety Class	Class C

Packaging Configuration

Container	40HQ	20GP
Piece per Pallet	30
Pallet per Container	26	5
Piece per Container	780	150

What does it mean to go “off the grid”?

Installing solar panels on your roof doesn’t mean that you’re off the grid. Most solar systems can’t consistently generate enough electricity to be a home’s only power source, which is why the vast majority of solar homeowners maintain a connection with their utility company. When you generate more power than you use, your utility gives you a net metering credit on your electricity bill. When you need to, you can then spend your credits to supplement your solar power with electricity from your utility company. If/when you don’t have credits, you’re simply charged the going rate for electricity at that time. For the average solar homeowner, this process typically means you’re generating more power than needed during daylight hours, and less than needed at night.

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