Taekmo 655W Bifacial Solar Panel

Taekmo 655W N-Type Bifacial Solar Panel

The Taekmo 655W Bifacial Solar Panel is a high-efficiency module from the TKM9D72B series, designed for residential, commercial, industrial, and utility-scale solar projects. It combines advanced N-Type TBC back-contact cell technology with a durable bifacial double-glass construction to deliver high power density, reliable performance, and long-term energy generation.

At Standard Test Conditions, the 655W variant delivers 655W maximum power output with 24.2% module efficiency, making it a strong choice for solar installations where higher output from limited installation space is required.

Advanced N-Type TBC Back Contact Technology

The Taekmo TKM9D72B series uses N-Type TBC cell technology with a back-contact architecture. This design supports high conversion efficiency, higher module power, and a clean front-side appearance.

According to the manufacturer, the series also features:

• Partial shading optimisation
• Industry-leading high yield
• Micro-crack resistance
• Higher power output
• Enhanced aesthetic value
• Excellent Anti-LID performance
• Excellent Anti-PID performance

Bifacial Double-Glass Design

The Taekmo 655W N-Type Bifacial Solar Panel features a durable dual-glass structure consisting of:

• 2.0 mm coated semi-tempered front glass
• 2.0 mm semi-tempered back glass
• 70% ±5% bifaciality factor

Its bifacial design allows the rear side of the panel to utilize reflected sunlight when installed under suitable conditions. This can contribute additional energy generation beyond the front-side output.

High 24.2% Module Efficiency

According to the uploaded manufacturer datasheet, the Taekmo 655W model delivers the following STC electrical characteristics:

• Maximum Power (Pmax): 655W
• Module Efficiency: 24.2%
• Open Circuit Voltage (Voc): 54.32V
• Short Circuit Current (Isc): 15.22A
• Maximum Power Voltage (Vmp): 44.97V
• Maximum Power Current (Imp): 14.57A

The combination of 655W output and 24.2% module efficiency makes this panel suitable for high-capacity solar systems that require strong power production per module.

Reliable Performance in High Temperatures

The Taekmo 655W panel has a Pmax temperature coefficient of -0.26%/°C, supporting efficient energy generation as module temperatures increase.

The manufacturer specifies:

• Temperature Coefficient of Pmax: -0.26%/°C
• Temperature Coefficient of Voc: -0.22%/°C
• Temperature Coefficient of Isc: +0.05%/°C
• Operating Temperature: -40°C to +85°C

These characteristics make the module suitable for demanding climatic conditions, including hot solar installation environments.

Strong & Durable Construction

The Taekmo 655W module uses an anodized aluminium alloy frame, dual-glass construction, and an IP68-rated junction box with three bypass diodes.

Its manufacturer-rated mechanical characteristics include:

• Maximum Front Static Load: 5400 Pa
• Maximum Back Static Load: 2400 Pa
• Hail Test: 25 mm diameter hail at 23 m/s
• Protection Class: Class II
• Maximum System Voltage: DC 1500V
• Maximum Series Fuse Rating: 30A
• Fire Rating: IEC Class C

Anti-PID, Anti-LID & Micro-Crack Resistance

The TKM9D72B series is designed with several features focused on long-term reliability. Taekmo highlights micro-crack resistance, excellent Anti-PID and Anti-LID performance, partial shading optimisation, and high-yield design.

These features help support stable energy production and dependable module operation over its service life.

15-Year Product & 30-Year Linear Output Warranty

The Taekmo TKM9D72B series is backed by:

• 15-Year Product Warranty
• 30-Year Linear Output Warranty

The datasheet also lists IEC 61215 / IEC 61730 certification together with ISO 9001:2015, ISO 14001:2015, and ISO 45001:2018 management-system certifications.

Taekmo 655W Solar Panel in Pakistan

For customers looking for a Taekmo 655W Solar Panel in Pakistan, this module offers an excellent combination of high wattage, 24.2% efficiency, N-Type TBC technology, bifacial power generation, and durable double-glass construction.

It is suitable for high-capacity residential systems, commercial rooftops, industrial solar projects, and utility-scale installations where maximum power generation and long-term reliability are priorities.