Astronergy CHSM60N(DG)/F-HC-475

The CHSM60N(DG)/F-HC-475 is a high-efficiency monofacial solar module with a rated output of 475W, specifically designed for the Australian market. It features advanced TOPCon half-cut cell technology and offers excellent performance in residential and commercial solar energy systems. With a strong focus on durability and long-term reliability, this module provides high energy yield and enhanced resistance to environmental stresses.

Key Features of Astronergy CHSM60N(DG)/F-HC-475

High Efficiency:

Module efficiency of 22.0% under Standard Test Conditions (STC).

Power sorting of 0 to +5W ensures consistent and reliable power output.

Performance Reliability:

30-year linear power warranty with a degradation rate of ≤0.4% per year after the first year.

Retains 87.4% of initial power output after 30 years.

Advanced Technology:

TOPCon and Half-cut cell design for improved performance and reduced shading effects.

Non-destructive cutting for higher durability and better electrical performance.

Electrical Specifications (475W Model):

Rated power: 475W.

Open Circuit Voltage (Voc): 43.31V.

Short Circuit Current (Isc): 13.80A.

Voltage at Maximum Power (Vmpp): 36.39V.

Current at Maximum Power (Impp): 13.05A.

Maximum system voltage: 1500V DC.

Maximum series fuse rating: 25A.

Temperature Ratings:

Temperature coefficient for power (Pmpp): -0.29%/°C.

Nominal Operating Module Temperature (NMOT): 41±2°C.

Operating temperature range: -40°C to +85°C.

Durability and Protection:

Front side maximum static loading: 5400 Pa.

Rear side maximum static loading: 2400 Pa.

IP68-rated junction box for enhanced water and dust protection.

Fire performance: Class A.

Mechanical Specifications:

Dimensions: 1908 x 1134 x 30 mm.

Weight: 23 kg.

Frame: anodised aluminium (black or silver options).

Glass: 1.6 mm + 1.6 mm tempered glass.

Cell count: 120 cells (6×20 configuration).

Special Design for Installation:

Compatible with various mounting systems.

Designed for rooftops and other solar applications.