144 Cell BIPV Bifacial Mono Perc Double Glass Module 440W Extra Power Generation From Rear

FSM430~FSM440M60HL (430W/435W/440W) MONO PERC Half-Cell Bifacial PV Module

KEY FEATURES

• Bifacial 9 Busbar M6 Mono Half-Cut Solar Cell adopts PERC technology to guarantee higher output power and higher module efficiency.
• Mono PERC Half-Cell PV module offers better temperature-dependent performance, less shading effect on the energy generation, lower risk of hot spot.
• Excellent Anti-PID performance guarantee limited power degradation for mass production.
• Double glasses encapsulation guarantees 20 years life time warranty and 30 years linear power warranty.
• Advanced glass and cell surface textured design ensure excellent performance in low-light environments (e.g. early morning, dusk and cloud, etc).
• Module power increases 5%~25% from backside (as per different reflective condition), lower LCOE and higher IRR.
• Three channels of automatic EL detections and final power test before packing.
• Barcode, material and parameter binding data traceable, searchable and freezing

Electrical Characteristics under STC

Mechanical Characteristics

FAQ of Finergy Solar Panels

Q1: How long is the life time of Finergy BIPV?

A: Finergy is producing BIPV with transparent mesh backsheet because the module weight is light for installers to carry. The structure of transparent mesh backsheet is same as normal. In this case, we can provide same product warranty, 12 years material and craft guarantee.

Q2: How much extra power gain from rear side?

A: Finergy is producing BIPV with bifacial mono PERC solar cells with high efficiency. The extra power is generated by the cells on rear from the reflected light. The exact extra power generation depends on the reflective rate of the ground. As per our test, the power from rear can reach more than 20% if the ground is in white color.

Q3: How to sell the BIPV solar panels?

A: Take 440W BIPV solar panel for example, it means the peak power of front side is 440W at standard test condition. Finergy sells to customer upon 440W. Because of bifacial solar cell and transparent mesh backsheet for production, they're a bit more expensive than normal materials. Thus, the unit price of BIPV solar panel is a little higher than normal prodcuts.

Automatic Production Facilities and Lines

Finergy Tech is one of the pioneering solar PV companies in China that has been involved in the production of innovative solar photovoltaic modules from thin silicon cells with high efficiency. The basic materials for the production of photovoltaic modules are: silicon photovoltaic cells, EVA/POE film used to bond silicon cells with glass using the phenomenon of molecular bonding obtained at high temperature, and aluminum frames. The materials are delivered directly by manufacturers - world industry leaders, whose products are characterized by high quality and energy efficiency. The production of PV modules take place on automatic technological lines, which eliminates the risk of human error. Finergy brand solar modules are manufactured in accordance with international standards of IEC61215:2016 and IEC61730:2016. Currently, the capacity of the Finergy Tech production line allows for a production capacity of 500MWp per year. Finergy Tech continuously delivers high quality solar PV modules to customers worldwide, and products are widely used for houses, factories and public facilities in more than 60 countries such as Germany, Italy, Japan, Korea, Australia, Mexico, Chile, etc.

The company's strategy is to provide a product with the highest possible efficiency and quality, while at the same time taking care to maintain a relatively low level of prices for its modules. The company's goal is to promote a natural source of solar energy. The priority task is the quality policy. The company has a quality management system and the following quality certificate:
ISO 9001: 2008 - in the field of investment project management.

In the field of production management, Solar - Energy is certified under the following standards:

ISO 9001: 2008, ISO 14001: 2004, OHSAS18001:2007