More than 200 completed installations — from home systems to industrial sites.
We have delivered projects across the whole country — from Varna to the coal regions. Hover a site for details or click to open it.
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.
📷 2A hybrid photovoltaic system installed on a garage roof in Varna, providing additional energy for a laser cutting and 3D printing business. The system includes a hybrid inverter and two 15 kWh batteries and also supports electric vehicle charging.
📷 6Photovoltaic power plant for a guest house, built with two separate solar panel arrays, each connected to its own inverter. The system generates clean energy for the property and reduces electricity costs, while one of the arrays also serves as a covered parking area.
📷 2Off-grid photovoltaic system designed to power a construction site in a villa area without an existing connection to the utility grid. The system provides the energy required for tools, equipment, and everyday needs throughout the construction of the house.
📷 3★ European funding 60 kWh storage capacity 30 kW hybrid inverter BESS connected to an existing photovoltaic system PKIP 2021–2027 European funding
📷 2Photovoltaic system with a capacity of 10.8 kWp, designed for a multi-family house and equipped with four hybrid inverters connected in parallel and two 15 kWh batteries. The solution provides flexible energy management, higher reliability, and efficient coverage of the households’ electricity needs, including the use of stored energy during evening hours and periods of lower solar production.
📷 4Photovoltaic system for a furniture workshop, installed on a sandwich panel roof and combined with a Deye hybrid inverter and battery storage. The facility operates entirely on its own power supply, providing a high level of energy independence, lower operating costs, and reliable production without dependence on the utility grid.
📷 4For this project, we installed a photovoltaic system on a standing-seam metal roof, making optimal use of the available space and ensuring the panels were securely fastened. Specialized fasteners designed for the standing seams allow for installation without unnecessary drilling into the roof covering, which reduces the risk of compromising the waterproofing.
📷 2The solar power system was installed on a two-storey building with a low-slope bituminous roof. To ensure the optimal angle of the panels towards the sun, we designed and manufactured custom mounting structures. This allowed us to improve solar energy capture and maximise the overall efficiency of the system.
📷 2The solar panels are mounted on a roof structure made of sandwich panels, which also covers and protects the parking space. This practical solution makes maximum use of the available area and generates clean solar energy without adding extra load to the building’s main roof or taking up additional space in the yard.
A hybrid system with an inverter and battery storage has been installed, ready for the future addition of photovoltaic panels. At this stage, the system uses lower-cost nighttime electricity to supply energy during the day, reducing costs while allowing for easy future expansion.
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.
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.
📷 3Part of the photovoltaic system is installed on the client’s bitumen roof, while the remaining panels are mounted on a sandwich-panel canopy. This allows the available roof space to be used to its fullest, resulting in a more efficient use of the entire area.
📷 8For a family home in the Manastirski Rid area of Varna, we installed a 10.4 kWp hybrid photovoltaic system and a 16 kWh energy storage battery. The solar panels are distributed across three slopes of the tiled roof to maximize the use of available space and achieve more uniform power generation throughout the day. The system is equipped with a Deye hybrid inverter, a V-TAC battery, and a separate distribution panel. The energy generated during the day powers the home’s current consumption, and any surplus can be stored and used in the evening or when there isn’t enough sunlight.
📷 3Roof-mounted photovoltaic system on a bitumen roof in a private home, which transforms otherwise unused roof space into a reliable and efficient source of electricity for the household. It combines practicality, savings, and long-term sustainability while making the most of the available area.
📷 4Ground-mounted photovoltaic system installed in the yard of a single-family house, built on a robust metal structure optimized for maximum solar energy capture throughout the year. This solution is ideal for properties with available space where roof mounting is not feasible or preferred. The structure meets Bulgarian and European standards for wind and snow loads, the panels are south-facing with an optimal tilt angle for maximum productivity, and the system ensures easy maintenance, potential for future expansion, and long-term energy independence with predictable costs.
📷 2Ground-mounted photovoltaic system installed in the yard of a single-family house, built on a stable metal structure designed for optimal solar energy capture throughout the year. This solution is ideal for properties with available space where roof mounting is not preferred or does not provide the required capacity.
Ground-mounted photovoltaic system installed in the yard of a municipal "protected-type" housing unit, built on a stable metal structure designed for optimal solar energy capture throughout the year.
Rooftop photovoltaic system installed on a garage building in a private home – an elegant and efficient solution that transforms the available roof space into a reliable source of electricity for the household.
Ground-mounted photovoltaic system in the yard of a municipal "shelter-type" housing unit, built on a sturdy metal structure designed for optimal capture of solar energy throughout the year
📷 6The photovoltaic power plant is installed on the metal roof of the Chuprene municipality building. The panels are mounted on a profiled aluminum structure, securely fastened directly to the roof. This approach makes full use of the client’s available rooftop space.
📷 2A ground-mounted photovoltaic system in the yard of a single-family home, installed on a sturdy metal frame designed to optimally capture solar energy throughout the year. This solution is suitable for properties with available open space where rooftop installation is not preferred or does not provide the necessary power output.
📷 2Installation of a rooftop photovoltaic system for a house in the Varna area. The solar panels were mounted on a tile roof using a structure designed to accommodate its slope and orientation, ensuring efficient generation of solar electricity for the home.
📷 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.
📷 3The owner had a garage roof that he wanted to make use of by installing a photovoltaic system for his own needs. In this way, he turns the available space into a practical source of energy.
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65 Bregalnitsa Str., 9000 Varna
We operate throughout the whole country
