Unlock the full potential of your solar investment with the HN18N-72HT Series. Built on cutting-edge 210mm Heterojunction (HJT) technology and an advanced Super Multi-Busbar (SMBB) design, this module redefines performance standards.
With a module conversion efficiency of up to 23.2% and superior weak-light performance, the HN18N-72HT is engineered to deliver maximum energy yield in all conditions. Whether facing scorching heat, heavy snow, or shaded environments, this module ensures consistent, high-power output for decades.
Minimum order quantity :
200 piecesPayment methods :
T/T, credit cardModule Name :
HITOUCH-5NModule Type :
N-type Monocrystalline Silicon Solar Cell (182mm)Module Dimensions :
2278*1134*30mmModule Weight :
31.5kgMaximum Conversion Efficiency :
23.2%Game-Changing Core Advantages
1. Excellent Efficiency: Maximize Energy Yield
Featuring 210mm high-performance heterojunction cells integrated with SMBB (Super Multi-Busbar) technology, this module converts more sunlight into usable energy. Achieve 23%+ efficiency to optimize your solar system’s productivity and cut electricity costs.
2. Higher Double-Sided Rate: More Power from Every Angle
With an impressive double-sided rate of up to 90%, the backside gain reaches a remarkable 25%. Harness sunlight from both front and rear surfaces, boosting overall energy output—even in shaded or reflective environments.
3. Upgraded Weather Resistance & Structural Reliability
Equipped with cutting-edge sealing technology for superior waterproof and sealing performance, withstanding heavy rain, high humidity, and strong winds.
Certified to endure extreme wind loads (2400 Pa) and snow loads (5400 Pa)—built to perform in harsh climates for decades.
Optimized manufacturing processes and strict material control minimize degradation from PID effects, ensuring long-term stability.
4. Higher Output Power: Unmatched Energy Production
Advanced solar cell technology + precision manufacturing processes deliver industry-leading power output (up to 720W). Multi-busbar design enhances current collection and light utilization efficiency, squeezing every watt of energy from sunlight.
5. Reduced Hot Spots & Micro-Cracks: Enhanced Durability
Superior product design lowers operating current, drastically reducing hot spot risks that damage modules.
Half-cell multi-busbar structure cuts internal energy loss and minimizes micro-crack formation—protecting your investment from premature failure.
6. Optimized Temperature Coefficient: Stable Performance in All Conditions
Boasting a superior temperature coefficient of -0.24%/℃, power loss at high temperatures is minimized. Combined with excellent temperature coefficient characteristics, it delivers consistent outdoor power generation and extends service life—even on scorching days.
7. Ultra-Low Attenuation Rate: Long-Term Value Preservation
Experience unmatched durability with a first-year attenuation rate of ≤1% and a linear attenuation rate of ≤0.3% from the second year onward. Preserve power output for decades, maximizing your return on investment.
Core Features That Deliver Results
1. Unbreakable Long-Term Reliability
Certified to withstand extreme wind loads (2400 Pa) and heavy snow loads (5400 Pa)
Optimized manufacturing & strict material control minimize PID degradation—ensuring decades of stable performance
2. Maxed-Out Output Power
Cutting-edge solar cell tech + precision manufacturing = industry-leading 720W power
Multi-busbar design boosts current collection and light utilization—squeezing every watt from sunlight
3. Hot Spot & Micro-Crack Resistant
Lower operating current drastically reduces hot spot risks
Half-cell multi-busbar structure cuts internal loss and minimizes micro-cracks—protecting your investment
4. Superior Temperature Performance
Ultra-low temperature coefficient of -0.24%/℃ = minimal power loss in high heat
Consistent outdoor generation + extended service life—even on scorching days
5. 90% Double-Sided Gain
Backside power gain reaches 25%—harness sunlight from both sides for extra energy, even in shade
6. Ultra-Low Attenuation
First-year attenuation ≤1% | Linear attenuation ≤0.3% yearly after
Preserve power output for decades—maximizing your ROI
Electrical Performance Parameters (STC):
|
Module Model |
HN18N-72HT575W |
HN18N-72HT580W |
HN18N-72HT585W |
HN18N-72HT590W |
HN18N-72HT595W |
HN18N-72HT600W |
|
Maximum Power(Pmax) |
575 |
580 |
585 |
590 |
595 |
600 |
|
Maximum Power Point Voltage (Vmp) |
43.00 |
43.20 |
43.40 |
43.60 |
43.80 |
44.00 |
|
Maximum Power Point Current (Imp) |
13.38 |
13.43 |
13.48 |
13.54 |
13.59 |
13.64 |
|
Open-Circuit Voltage (Voc) |
51.20 |
51.40 |
51.60 |
51.80 |
52.00 |
52.20 |
|
Short-Circuit Current (Isc) |
14.17 |
14.23 |
14.29 |
14.35 |
14.41 |
14.47 |
|
Module Conversion Efficiency (%) |
22.3% |
22.5% |
22.6% |
22.8% |
23.0% |
23.2% |
|
STC: Irradiance 1000W/m², 25°C, AM1.5 Power tolerance: 0~+3% |
||||||
Electrical Performance Parameters(BNPI):
|
Module Model |
575W |
580W |
585W |
590W |
595W |
600W |
|
Maximum Power(Pmax) |
637 |
643 |
648 |
654 |
659 |
665 |
|
Maximum Power Point Voltage (Vmp) |
43.00 |
43.20 |
43.40 |
43.60 |
43.80 |
44.00 |
|
Maximum Power Point Current (Imp) |
14.82 |
14.89 |
14.94 |
15.00 |
15.05 |
15.12 |
|
Open-Circuit Voltage (Voc) |
51.20 |
51.40 |
51.60 |
51.80 |
52.00 |
52.20 |
|
Short-Circuit Current (Isc) |
15.70 |
15.77 |
15.83 |
15.90 |
15.97 |
16.04 |
|
BNPI: Irradiance: Front 1000 W/m², Back 135 W/m², 25°C, AM1.5 |
||||||
Leave A Message
Scan to Wechat :
Scan to WhatsApp :