Electrical and Thermal Performance
Compared to typical PVT modules, the ML 450/1200 stands out due to its high electrical efficiency, achieved through the use of high-quality monocrystalline cells with multi-busbar technology.
The applied temperature coefficients comply with proven operational standards, ensuring stable performance of both the PV and thermal sections.
Omega-Based Construction
The thermal section of the module uses a copper–aluminum harp-type heat exchanger based on Omega technology, where:
This combination ensures high thermal efficiency and long-term durability of the system.
Key Parameters (Summary)
Full specifications are available in the technical datasheet.
ML System – Industrial Excellence and BIPV Expertise
The quality of the PVT ML 450/1200 module is based on the technological and manufacturing capabilities of ML System S.A. — the Polish leader in building-integrated photovoltaics (BIPV) and a provider of advanced PV technologies.
ML System’s position results from a consistently implemented development strategy based on:
The company operates its own advanced R&D center, where unique products based on proprietary technologies are developed, including the world’s first production line for printed photovoltaic cells. ML System’s innovativeness is confirmed by an extensive patent portfolio and a wide range of products that constitute a real alternative to traditional building materials — offering, among others, high thermal insulation, airtightness, and acoustic properties.
In parallel, ML System is developing breakthrough technologies at the intersection of photovoltaics and quantum physics, such as Quantum Glass, 2D Glass, and Active Glass, including the world’s first production line for transparent glass with a quantum coating capable of generating electrical energy. This direction aligns with the strategy of the so-called “new quantum era,” enabling the company to maintain a long-term technological advantage.
As a result, the PVT ML 450/1200 module combines proven technology, industrial-grade build quality, and long-term operational safety, addressing the needs of stable and scalable PVT installations.
