Project Introduction
Romania has launched a new 50KW solar installation utilizing the East & West ballasted -PRO system, a state-of-the-art solution tailored for flat roof solar projects. At the heart of this system are durable and precisely engineered braket panel surya, which ensure stable mounting without roof penetration.
This project represents a significant move toward increasing Romania’s solar energy output while maintaining structural integrity and maximizing land use efficiency.
East & West Ballasted -PRO: Efficient and Reliable
The East & West -PRO ballasted system is designed to mount solar panels on flat rooftops facing east and west, optimizing sunlight exposure throughout the day. This layout not only balances wind loads but also increases energy yield.
The system’s key component—braket panel surya—are made of high-strength, corrosion-resistant aluminum. These brackets are modular, lightweight, and allow for quick assembly. Their ballasted nature eliminates the need for roof penetration, making them ideal for commercial buildings with waterproof membranes or limited structural load capacity.
A Boost to Romania’s Renewable Energy Goals
This project contributes to Romania’s broader sustainability mission by supporting clean energy infrastructure that is both scalable and low-maintenance. The use of ballasted solar panel mounting systems reflects a growing industry trend toward non-invasive and efficient mounting solutions.
With more Romanian cities aiming to harness solar power on flat rooftops, especially in urban areas, the East & West ballasted -PRO system serves as a perfect example of how innovation in braket panel surya can drive large-scale solar expansion.
Future Applications
Given the system’s modular design and ease of deployment, Romania is expected to replicate this solution in other commercial and industrial facilities. Its flexibility and non-penetrating approach make it suitable for retrofits and temporary installations, offering long-term sustainability without compromising roof warranties or structural safety.
