Photovoltaic modules produced in Europe: the role of the Italian company Trienergia

Photovoltaic panels certified by the European Union undergo rigorous controls and tests to guarantee quality, reliability and efficiency. Here are the main advantages

• High energy efficiency: thanks to advanced technologies such as monocrystalline solar cells or PERC silicon, they produce more energy from the same amount of sunlight, maximising the efficiency of the system.
• Environmental sustainability: they comply with strict environmental regulations and, thanks to the short supply chain, reduce CO2 emissions, contributing to a lower environmental impact.
• Support for the local economy: buying European panels means supporting jobs, innovation and the competitiveness of the solar industry on our continent.
• Safety and quality certifications: European modules guarantee safety and reliability through advanced testing and certification. One example is IEC 61215, which certifies the long-term performance and durability of photovoltaic modules. These standards ensure greater adaptability to different environments and weather conditions.
• Durability and weathering: they are designed to withstand adverse environmental conditions and maintain optimal performance over time. For example, specialised laboratories in Europe, such as Eurac Research's Accelerated Life Testing Lab, perform environmental tests on representative samples of photovoltaic modules to simulate the conditions a system will be exposed to during its life cycle, accelerating the timing of natural degradation.

Choosing an Italian company is an environmentally and economically advantageous choice, guaranteeing safety, efficiency and sustainability.

Trienergia is an Italian and European company operating in the field of renewable energies and is one of the European leaders in the production of state-of-the-art photovoltaic modules, designed with technologies and materials that guarantee sustainable energy efficiency and minimise environmental impact. 
Each product is certified to comply with the health and safety requirements laid down by European directives.

MWT back contact technology

The Metal Wrap Through (MWT) Backcontact technology used in Trienergia modules makes it possible to achieve more powerful and stronger photovoltaic panels, significantly reducing the risk of breakage and microcracks.
Specifically, the electrical contacts are placed exclusively on the back of the cells, eliminating the need for soldering at the connection points and minimising contact stress. Thanks to a special electroconductive component, the cells are applied to a conductive backsheet that acts as a connection for the positive and negative poles of the panel.
The use of the conductive backsheet allows energy to be generated over the entire surface of the photovoltaic module, rather than being confined to the narrow ribbon area.
Using this technology, Trienergia's photovoltaic modules offer higher efficiency (20% higher than conventional modules) and greater reliability thanks to the elimination of soldering points.

Trienergia is committed to offering high quality solutions thanks to advanced technologies that support the Transition 5.0 plan provided for in Article 38 of Legislative Decree No. 19, published in the Official Gazette on 2 March 2024.
This plan translates into a tax credit to facilitate companies that, in the years 2024 and 2025, invest in equipment located in Italy as part of innovative projects to achieve a reduction in energy consumption.
Trienergia plays a key role in Transition 5.0 by manufacturing photovoltaic panels in Europe, such as the COE-xxxM10EF model with 108 half-cells and N-TYPE TOPCON technology, available in 425 kW and 430 kW power ratings.  This module, with an efficiency of over 21.5%, meets the requirements of the European Union to be eligible for incentives for photovoltaic systems, which are limited to panels produced in member states.
 

An increase in the calculation base of 120% and 140% respectively is foreseen for systems that include the higher efficiency panels provided for in art. 12, paragraph 1, letters b) and c) of Legislative Decree no. 181 of 9 December 2023.
 

An increase of 120% and 140%, respectively, of the calculation basis is envisaged for installations that include the higher efficiency panels envisaged in letters b) and c) of paragraph 1 of Article 12 of Decree-Law 9 December 2023, no. 181, therefore:
 

• Case a: photovoltaic modules produced in European Union Member States with an efficiency at a module level of at least 21.5 % (basis for tax credit calculation, at 100% of expenditure)
• Case b: photovoltaic modules with cells, both produced in EU Member States with at least 23.5 % efficiency at cell level (basis for calculating tax credit, at 120 % of expenditure)
• Case c: modules produced in the EU Member States consisting of bifacial heterojunction cells of silicon or tandem cells produced in the European Union with a cell efficiency of at least 24,0 % (basis for tax credit calculation, at 140% of the expenditure)