Dinto Solar successfully concluded its participation at Intersolar Europe 2026 in Munich, showcasing its latest high-efficiency heterojunction (HJT) product portfolio and strengthening partnerships across key European markets.

At the exhibition, the company highlighted its new HJT G12 PLUS 1/3-cut module series, designed to address growing demand for higher energy yield and application-specific solutions. Available in multiple formats for residential, commercial & industrial, and utility-scale projects, the series delivers up to 770 W output and 24.8% module efficiency. Leveraging large-format wafers, a low-current 1/3-cut cell architecture and 0BB technology, the modules achieve more than 30 W higher power output compared with conventional half-cut designs while reducing internal resistive losses and hotspot risks.

Addressing a growing challenge in European power markets, where peak solar generation increasingly coincides with lower midday electricity prices, Dinto Solar also showcased its G12-132 vertical PV module. Optimized for east-west vertical installations, the high-bifaciality HJT module delivers a distinctive morning-and-evening dual-peak generation profile that better aligns with periods of higher electricity demand and pricing, helping improve project economics. Furthermore, a high-strength steel frame enhances structural durability and corrosion resistance, supporting long-term deployment across Agri-PV, solar fence, and roadside PV while safeguarding project value over the asset lifecycle.

Beyond product innovation, Intersolar Europe marked an important milestone in Dinto Solar’s regional growth strategy. During the exhibition, the company signed a strategic cooperation agreement with Bulgaria-based NEA Engineering to advance HJT deployment in residential, commercial & industrial, and utility-scale PV markets. Dinto Solar also signed a 100 MW supply agreement with Area Solar, one of Romania’s leading new energy procurement companies, for the deployment of its latest 770 W high-efficiency HJT modules in utility-scale solar projects.

The Balkans’ mountainous terrain, strong solar irradiance, and shading conditions make energy yield a critical consideration for project developers. Dinto Solar’s HJT modules, with a superior temperature coefficient of -0.24%/°C, bifaciality exceeding 90%, and strong low-light performance, are designed to minimize power losses and maximize generation under local operating conditions—key factors behind the growing adoption of HJT technology across the region.

As Dinto Solar continues to expand its European footprint, the company remains focused on delivering high-efficiency photovoltaic technologies while strengthening localized partnerships and service capabilities throughout the region.