The photovoltaic system is installed on an aluminum structure on the roof of the container and is complemented by a battery energy storage system. The solution provides reliable power supply and greater energy independence for the facility, which is used for training and the social and professional integration of people.
Programme: Swiss-Bulgarian Cooperation Program - ZOV II
We handled the eligibility check, paperwork and programme reporting.
The main challenge was ensuring a reliable and sustainable power supply for the container, including during periods of insufficient solar power generation. The limited roof area required a compact solution that would effectively combine energy generation and storage.
We installed a hybrid photovoltaic system with a battery for energy storage, optimized for the available space and the facility’s energy consumption. This ensures that the solar energy generated is used as efficiently as possible, while any surplus is stored for later use and greater energy independence.
After the system was commissioned, the facility achieved greater energy independence and significantly more efficient use of the solar energy it generated. The battery allows the stored energy to be used as needed, reducing dependence on the power grid and lowering electricity costs.
The photovoltaic system is installed on an aluminum structure securely mounted on the roof of a residential container. The clean energy generated powers the office equipment inside the container, which is used for training, developing practical skills, and supporting people’s social and professional integration.
📷 5Installation of a rooftop photovoltaic system for a commercial facility—Grand Mall Varna. The solar panels are installed on a flat roof, utilizing the available space between the building’s utility systems to generate on-site electricity and optimize the facility’s energy costs.
A 10.9 kWp rooftop photovoltaic system installed for a car wash in Varna. The system consists of 20 × 545 W solar panels and a grid-tied inverter, with the generated energy used directly to cover the facility’s daytime electricity consumption.
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65 Bregalnitsa Str., 9000 Varna
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