The bifacial glass/glass module has the specific characteristic of being able to generate energy from both sides of the photovoltaic cell, capturing the light reflected through the cells positioned at the back of the module. DMEGC 570 Wp In fact, it exploits the light deriving from the surface on which the system is installed: the more the quantity of light reflected from the surface, the greater is the quantity of energy produced by the bifacial module.
The performance of the module is therefore maximized based on the type of surface under the panel and the environment in which it is installed. It is an interesting solution to know and evaluate for your photovoltaic system.
Features and performance
For this category of modules, DMEGC offers the DMECG module – DMxxxM10T-B72HSW – double-sided – 144 cells – 570 Wp, with characteristics that allow to maximize the performance:
- Monocrystalline module with the new N-Type technology with 144 cells.
- Power range: 565 – 580 W
- Efficiency: 22.45 %
- Up to 25% higher electrical yields thanks to active cell technology in the double-sided glass/glass modules on both sides
- 2mm thermally strengthened glass with anti-reflective coating
- Maximum performance drop of 0.55% in the first year, reaching a minimum performance of 84.8% after 25 years.
- Resistant to a snow load of up to 5400 Pa and a wind load of up to 2400 Pa.
- The warranty covers the product for 15 years and the performance for 30 years
The advantages of the bifacial module
The characteristics of the DMEGC 570Wp bifacial module make it suitable for different types of installation: photovoltaic shelters for covering parking areas with electric charging stations, flat roofs with reflective surfaces or with light roofs, agrovoltaic installations for ground systems and utility scale systems.
Thanks to glass/glass technology, these modules can provide greater power in low light conditions such as at sunset, on a cloudy day or at dawn.
For the same surface area, the bifacial module produces more energy than a standard module, a characteristic to be taken into consideration in cases of limited space and at the same time a level of energy production to be achieved.
Also due to its aesthetic characteristics it is adaptable to various characteristics of the environment, it is in fact available in two versions in grey or black frame.
Are you looking for a carbon footprint solution?
DMEGC Solar has the solution for you! DMEGC was named a Zero Carbon Factory by TÜV SÜD on October 16th 2023 and has received the zero-carbon endorsement from the certification body. DMEGC 570Wp is therefore suitable to your projects.
VP Solar helps installers to choose which is the best solution for their photovoltaic system, checking the specific requirement and helping in the configuration phase. Our team of engineers dedicate technical assistance on pre- and after-sales support. It is also possible to request more information and a dedicated offer to the commercial team who will recommend the ideal inverter and mounting structure for a complete commercial solution.
DMECG – DMxxxM10T-B72HSW – bifacial – 144 cells – 570 Wp
DMECG – DMxxxM10T-72HSW is an N-type Monocrystalline photovoltaic module with 144 cells
- 15-year product warranty and 30-year linear performance warranty
- Sizes available:570 Wp
Thanks to the new generation N-Type cells, this module achieves efficiency of 22.07%. Performance that can be further improved by the rear facade of the module. The performance of the bifacial module should always also be evaluated based on the surface area present below the panel.
This product comes with MC4-EVO2 connectors and has a very good temperature coefficient on Pmax of -0.31%/°C.
Wind and snow resistance
DMECG – DMxxxM10-72HSW/-V is resistant to snow load up to 5400 Pa and wind load up to 2400 Pa.
For over 40 years, DMEGC have been experts in manufacturing low-carbon photovoltaic cells and modules.
The warranty covers the product for 15 years and performance for 30 years.
DMECG also guarantees a maximum performance drop of 0.55% in the first year, reaching a minimum performance of 84.8% after 25 years.