MonocrystallinePERC
Hanwha Q-Cells undefined 370

Hanwha Q-Cells • q.peak duo blk g10+ 350-370w

q.peak duo blk g10+ 350-370w 370370W

PERC
Region:Korea
Region shows where the seller or factory is located. Most ship globally, and all listed suppliers should be able to ship to your current location.
370W
Power Output
20.6%
Efficiency
1717 x 1045
Dimensions (mm)
25 Yrs
Product Warranty
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Key Features

  • Rooftop arrays on residential buildings
  • Q.ANTUM DUO Z Technology with zero gap cell layout boosts module efficiency up to 20.6%
  • Innovative all-weather technology
  • Optimal yields, whatever the weather with excellent low-light and temperature behaviour
  • High-tech aluminium alloy frame, certified for high snow (8100 Pa) and wind loads (4000 Pa)
  • Long-term yield security with Anti LeTID Technology, Anti PID Technology, Hot-Spot Protect

Hanwha Q-Cells 370 Panels: What Your System Looks Like

Based on a standard 10kW residential installation

10kW System Size
28 Panels
Estimated Roof Area
538 sq.ft. (50 m²)
Avg. Yearly Production
11,500 kWh
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Electrical Data (STC)

Maximum Power (Pmax)370 W
Module Efficiency20.6 %
Voltage at Pmax (Vmp)34.84 V
Current at Pmax (Imp)10.62 A
Open Circuit Voltage (Voc)41.24 V
Short Circuit Current (Isc)11.1 A

Mechanical Data

Dimensions1717 x 1045 x 32 mm
Weight19.9 kg
Cell TypeMonocrystalline
Number of Cells120
Front Glass3.2 mm
FrameAnodized Aluminium, Black

Temperature Ratings

Temperature Coefficient of Pmax-0.34 %/°C
Temperature Coefficient of Voc-0.27 %/°C
Temperature Coefficient of Isc0.04 %/°C
Operating Temperature Range-40 - 85 °C

Similar Products

1045 x 1717 mm
Roof Fit Tool

Will These Panels Fit Your Roof?

Don’t guess your solar potential. Our Roof Layout Designer uses the exact dimensions of the Hanwha Q-Cells 370 (370W modules) to map out your system. Visually plan your array to see exactly how many modules your roof can support based on its specific footprint.

Precision Layout Preview: See exactly how the 370W modules sit on your roof.
Accurate Technical Spacing: Factors in real-world gaps and mounting rails.
Instant System Sizing: Automatically calculates total kW output for this specific panel.
Optimization Tips: Suggestions to maximize your roof’s energy density.
Map This Panel on My Roof

Ideal Use Case

The Hanwha Q-Cells 370 is designed for specific solar energy applications. This panel is an excellent choice if you:

Build a standard residential 370W system
Prioritize high efficiency performance
Want proven monocrystalline technology for better performance
Have smaller installation areas or unique roof constraints
Install in hot climates (low temperature coefficient)
Want long-term reliability (25-year product warranty)

Don’t guess your solar setup — calculate it first!

Take our Solar Quiz to get a personalized recommendation for panels, inverter, battery capacity, and system size — before you spend money on the wrong setup.

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Product FAQ

How many Hanwha Q-Cells 370 panels do I need for my home?

The number of panels depends on your energy consumption and roof area. At 370W per panel, a typical 10kW residential system requires about 28 modules. Use our Solar Roof Calculator to get a precise layout based on your actual roof dimensions.

What is the efficiency of Hanwha Q-Cells 370?

This panel has an efficiency of 20.6%, using PERC cell technology. Higher efficiency means more electricity per square meter, which is especially valuable when roof space is limited.

What are the dimensions of the Hanwha Q-Cells 370?

The module dimensions are 1717mm × 1045mm × 32mm. Always account for these measurements plus fire setbacks and mounting clearances when planning your solar layout.

Is Hanwha Q-Cells 370 compatible with standard inverters?

Yes, these panels work with most string and hybrid inverters. However, you must check the Voc (Open Circuit Voltage) and Imp (Current at Max Power) against your inverter's MPPT specs.

What warranty does the Hanwha Q-Cells 370 come with?

This panel includes a 25-year product warranty from Hanwha Q-Cells. Solar panels typically degrade about 0.4–0.5% per year, meaning this module should retain over 87% of its original output after 30 years.