Projekt

Slovenia’s commercial and industrial (C&I) solar sector has reached a new milestone with the launch of the 25KW 26mm Mini Rail for trapezoidal sheet metal project—an installation that highlights the growing market demand for Solar Panel Mounting solutions optimized for lightweight metal roofs.

As Southeast Asia accelerates its renewable energy transition in 2025, Malaysia has taken another solid step forward with the completion of a 20KW 26mm Mini Rail for trapezoidal sheet metal solar project. The system adopts an upgraded solar mounting system specifically optimized for lightweight rooftops, delivering higher flexibility, lower installation costs, and superior wind-resistance performance—key requirements in Malaysia’s tropical climate

Bulgaria has just commissioned a 15 kW rooftop photovoltaic system installed on a pitched (tilt) roof using an optimized tilt-roof mounting system. The project—designed for residential / small-commercial self-consumption—combines precision tilt geometry, corrosion-resistant rails, and modern solar panel brackets to deliver reliable output, improved roof integration, and quicker installation times.

Germany has kicked off a new rooftop photovoltaic installation with a capacity of 12 kW, employing the innovative East-&-West Ballasted-PRO System on a flat roof. The installation marks a strategic step forward in distributed solar generation and roof-utilisation efficiency, while showcasing modern mounting solutions including advanced solar panel brackets and ballast-based systems.

Hungary has recently inaugurated a 12.5 kW rooftop photovoltaic installation employing the T01 tile roof hook system tailored for ceramic and concrete tile roofs. This deployment marks a continued acceleration in Hungary’s adoption of distributed solar power, especially on residential and small commercial structures, leveraging reliable solar panel brackets and mounting solutions to expand green energy access.

Hungary has launched a landmark 600 kW rooftop solar project using the 26 mm Mini Rail system tailored for trapezoidal sheet metal. This installation showcases high efficiency, streamlined operations, and cutting-edge use of solar panel brackets, reinforcing Hungary’s accelerating drive toward carbon neutrality.

Na Poljskem so uspešno izvedli 500KW solarno napravo z uporabo 60 mm mini tirnice za trapezno pločevino, kar je pomemben korak k trajnostni energiji. Ta vrhunski projekt poudarja zavezanost države k povečanju zmogljivosti obnovljivih virov energije ob hkratni optimizaciji uporabe prostora na industrijskih strehah. Integracija nosilcev za sončne panele in naprednih montažnih sistemov zagotavlja stabilnost in dolgoročno vzdržljivost ter podpira rast infrastrukture za sončno energijo na Poljskem.

Na Irskem je bil uspešno nameščen 100-kilovatni sistem U-Pile Ground Mounting System, ki predstavlja prelomni korak na področju obnovljivih virov energije. Ta projekt je pomemben mejnik v stalnih prizadevanjih države za povečanje zmogljivosti sončne energije in prispevanje k bolj trajnostni energetski prihodnosti. Solarni montažni sistem z robustno in učinkovito konstrukcijo za montažo na tla U-Pile je bil strateško zasnovan tako, da zagotavlja dolgoročno stabilnost in optimalno proizvodnjo energije v raznolikih podnebnih razmerah na Irskem.

V Romuniji je bil uspešno nameščen 70-kilovatni standardni sistem za pritrditev na tla, kar je razburljiva novost v sektorju obnovljivih virov energije. Ta projekt je korak naprej pri izboljšanju infrastrukture za obnovljive vire energije v državi in povečanju uporabe sončne energije. Namen sistema, nameščenega na tla, ki je bil strateško zasnovan za optimalno učinkovitost, je zadovoljiti naraščajoče energetske potrebe Romunije s trajnostno in okolju prijazno rešitvijo.

Junija 2025 je bil v podeželski skupnosti na jugu Romunije uspešno nameščen 54-kilovatni standardni zemeljski sončni sistem. Projekt, namenjen podpori elektrifikaciji kmetijstva, prikazuje, kako je mogoče napredne sisteme za pritrjevanje sončne energije učinkovito uporabljati na prostem, da bi spodbudili dostop do čiste energije in lokalni razvoj.