Completed Projects

The food industry involves continuous production processes, high-consumption industrial equipment, and a constant need to control operating costs. In this context, energy becomes a critical factor for financial stability. For Best Foods Bucharest, the 432 kWp photovoltaic system was implemented as a strategic investment in energy efficiency. The solution was sized according to the production facility's real consumption, turning industrial roof area into an in-house energy source and significantly reducing long-term cost pressure.

Expanding production capacity is not only about increasing volumes, but also about adapting the critical infrastructure that supports daily operations. In the food industry, where processes are continuous and energy consumption is high, strengthening the energy source becomes an essential part of the growth strategy. After the first project delivered together, Best Foods Bucharest chose to continue investing in self-generated energy by installing a new 420 kWp photovoltaic system at the Bd. Timișoara location. This decision reflects a coherent long-term approach to operational stability. The solution supports the facility's constant industrial load and provides greater independence from energy market fluctuations, helping optimize costs and strengthen financial predictability.

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.

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.

In the agricultural sector, operations are continuous, and energy costs directly influence production efficiency. For Regalina in Râșnov, a farm specialized in egg production, electricity is an essential part of daily activity. At this farm, solar energy became a stable and efficient in-house resource. We installed 396 photovoltaic panels and two Huawei 100 kW inverters, turning the farm roof into a green energy source aligned with real consumption needs. The entire system was delivered end-to-end, from contract to commissioning, in only two and a half weeks, exclusively with our own teams.

In food retail, the difference between profit and loss is often shaped by fixed-cost control, and energy is one of the most significant items in the operating budget. Food retail requires constant energy use: refrigerated display units, HVAC systems, extensive lighting, and extended daily operating hours. For Oblio in Târgu Mureș, the 219 kWp photovoltaic system was designed to support this high-consumption profile. In-house energy production helps optimize costs and improve budget predictability in a sector with tightly managed margins and strong competition.

In the food industry, operational efficiency is tightly linked to fixed-cost control, and energy is one of the major factors. In a context where prices can vary significantly from year to year, reducing dependence on the energy market becomes a strategic decision, not just a technical optimization. For Prosoft Brașov, the 112 kWp photovoltaic system, consisting of 234 panels of 480 W and a 100 kW inverter, was sized according to the activity's real consumption, supporting the company's energy stability. The investment contributes to lower operating expenses and strengthens a sustainable energy infrastructure.

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.

After the projects delivered together in Brașov and Miercurea Ciuc, our partnership with Pro Soft Grup continued in Făgăraș. As a result, strengthening energy infrastructure became an integral part of the organization's management strategy, not just a one-off initiative. Extending the investment to a new location reflects a group-level unified approach in which energy stability and cost control are treated as essential elements for long-term growth. Standardizing the implemented solutions enables performance optimization and more efficient energy resource management across all operating sites. The 101 kWp photovoltaic system, consisting of 202 panels and two Huawei 40 kW inverters, supports the location's specific consumption and contributes to operating cost efficiency, while also improving financial predictability in a dynamic economic context.

Continuing investment in self-generated energy reflects a coherent growth strategy. After the project implemented in Brașov, our partnership with Pro Soft Grup continued in Miercurea Ciuc, confirming that green energy investments are part of a solid long-term development strategy. For the Prosoft location in Miercurea Ciuc, the 100.8 kWp photovoltaic system, consisting of 172 panels of 585 W and two 40 kW inverters, was configured to support specific industrial consumption. The solution improves predictability and reduces exposure to energy price volatility, strengthening long-term stability.

The TCI building is one of Brașov's well-known landmarks, a space that has hosted important economic activities in the city over time. The current revitalization process through the SAMOS project (Pro Soft Grup) means not only architectural rehabilitation, but also functional modernization and operational efficiency. In this context, energy infrastructure becomes an essential element for investment sustainability. The 79.2 kWp photovoltaic system, made up of 165 panels and two inverters of 50 kW and 25 kW, was integrated to support office and commercial space consumption and reduce operating costs. For an urban reconversion project, controlling energy expenses and improving building efficiency directly contributes to long-term space attractiveness and financial stability.

SIFERPLAT SRL, a Brașov-based company with a long track record in designing, building, and repairing superstructures for trucks, trailers, and semi-trailers, has been active since 2005 and is recognized for quality execution and team professionalism. To support operations at a site not connected to the national power grid, we delivered an off-grid photovoltaic plant designed for full autonomy. The system has an installed power of 60 kW and includes 130 photovoltaic panels, a 50 kW Deye hybrid inverter, a 20 kWh battery, and an integrated generator to ensure continuous power supply under all conditions.

In storage and distribution activities, energy consumption is continuous and relatively constant, driven by industrial lighting, handling equipment, and auxiliary systems running daily. For Vincom, cost stability in these areas is essential for maintaining operational efficiency. The 42 kWp photovoltaic system was sized according to the real consumption profile of the storage space so that energy production covers a significant part of daily demand. The investment reduces operating costs and provides better control over expenses, contributing to more predictable long-term financial planning.

In logistics and industrial warehousing, efficient operation depends on energy continuity: extensive lighting, automated racking systems, and handling equipment that sustain daily goods flow. For Dexion in Râșnov, the stability of these processes is directly linked to stable energy costs. The 32 kWp photovoltaic system was sized for the site's specific industrial consumption and integrated into existing infrastructure without disrupting current operations. In-house energy production contributes to cost efficiency and higher financial predictability in a sector where optimizing every square meter matters.

The HoReCa industry involves daily operation, continuously running equipment, professional kitchens, climate-controlled spaces, and high energy consumption with significant seasonal variation. In this context, energy becomes a major fixed cost that directly influences operating margin. For Sergiana “Ceasu Rău” in Brașov, the 30 kWp photovoltaic system was implemented as an efficiency and financial-stability investment. The solution was sized according to the location's real consumption profile so that energy production supports the restaurant's daily activity. The building roof was transformed into an in-house energy source capable of significantly reducing monthly costs and providing better long-term control over operating expenses.

Collection, recycling, and industrial logistics require technical processes with constant and reliable power supply. For Lingemann in Codlea, operational efficiency is closely tied to resource and fixed-cost control. The 20 kWp photovoltaic system, implemented in 2024, was configured to support site consumption in line with the activity's real energy requirements. By using available roof area effectively, the investment helps reduce expenses and strengthens a stable energy infrastructure adapted to a field where efficiency and resource responsibility are essential.

For an architecture and design company, efficiency is not only a principle applied in delivered projects, but also in internal operations. Arenacad Brașov operates in a field where attention to detail and resource optimization are part of professional culture. The 12 kWp photovoltaic system, implemented in 2023, supports office energy infrastructure and was sized according to the workspace's real consumption profile. The investment contributes to cost efficiency and aligns the company's operations with practical sustainability principles, turning energy into a strategically managed resource rather than just a monthly expense.

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.