Pro Arena
Running a sports facility requires lighting, specific equipment, locker rooms, and auxiliary spaces used daily, generating steady energy consumption throughout the year. For Pro Arena Brașov, optimizing these costs means directing more resources toward sports activity development. The 12 kWp photovoltaic system was sized according to the facility's real needs so that energy production supports daily operations without disruption. The investment helps reduce operating costs and supports a more efficient and sustainable sports base in the long term.
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Campack
The production and distribution of packaging materials require stable and constant energy consumption, driven by industrial equipment, technological processes, and internal logistics. In a sector where raw material costs and competitive pressure are high, optimizing fixed expenses becomes a priority for protecting margins. The 101 kWp photovoltaic system implemented for Campack was sized to support this operational profile based on the facility's real consumption. Self-generated energy contributes to cost optimization and long-term financial stability, while also providing better protection against energy market volatility and stronger budget planning capability.
Exclusiv Auto ENB
In the automotive industry, fixed costs are high, and energy consumption is part of daily operations: lighting, service activity, equipment, and HVAC. For Exclusiv Auto ENB in Constanța, optimizing this consumption became a priority. The 358.5 kWp photovoltaic system, implemented in 2025, was designed based on an analysis of the location's real consumption profile. The industrial roof was turned into in-house energy infrastructure, reducing dependence on the energy market and improving budget predictability in a highly competitive sector.
Cheile Grădiștei Resort Fundata
A mountain tourism complex requires permanent operation, large spaces, leisure areas, and heating or cooling systems with significant energy demand. For Cheile Grădiștei Resort Fundata, the 264 kWp photovoltaic system, made up of 498 panels and two inverters of 100 kW and 115 kW, was implemented to support the resort's energy infrastructure in a demanding environment. The entire photovoltaic system was delivered starting from an existing installation, which, based on technical analysis and proposed corrections, was fully completed in just two weeks. The investment reduces operating costs and provides greater energy stability, essential for continuity in tourism operations.