1.6 MW photovoltaic system for Ford Otosan Romania

As part of Ford Otosan Romania’s energy efficiency and sustainability strategy, a high-capacity photovoltaic system was implemented, intended to produce renewable energy for own consumption and optimize the energy consumption of the industrial facility. The project was carried out on the roof of the LCB hall and represents one of the largest photovoltaic installations implemented in an industrial environment.

The developed solution included the installation of 2,753 photovoltaic panels and the integration of 15 Huawei 100 kW inverters, along with the entire electrical infrastructure necessary for the operation of the system. The configuration was adapted to the structural characteristics of the building and the operational requirements of the beneficiary, to ensure optimal performance and efficient integration into the existing energy infrastructure.

An important element of the project is the intelligent energy management system, designed to optimize consumption and limit the export of the energy produced to the public grid. Through this approach, the energy generated is used as a priority to power internal processes, helping to reduce operational costs and increase energy independence.

The implementation of the project demonstrates how large-scale PV solutions can support the decarbonisation goals of the industrial sector while delivering long-term economic and operational benefits.

+1.6 MW

Installed power

2.753

photovoltaic panels

15

Huawei 100 kW inverters

1

Intelligent energy management system
alt="Stație de încărcare pentru vehicule electrice la reprezentanța BMW Auto Cobălcescu Pitești"
Charging station for electric vehicles at the BMW Auto Cobălcescu Pitesti dealership
The increase in the number of electric vehicles and the development of sustainable mobility require the expansion of the charging infrastructure in accessible and relevant locations for users. In this context, ADREM designed and implemented for Auto Cobălcescu the infrastructure necessary to power a fast charging station for electric vehicles at the BMW dealership in Pitesti.
See project
alt="Stații de încărcare pentru vehicule electrice – proiectare și execuție"
Charging stations for electric vehicles – design and execution
The development of electric mobility directly depends on the existence of a modern and accessible charging infrastructure. In this context, ADREM has carried out a complex project for Enel X Romania for the design and execution of charging stations for electric vehicles, contributing to the expansion of the national electromobility network and accelerating the transition to low-emission transport.
See project
alt="Centrală fotovoltaică de 2,7 MW pentru Nurvil"
2.7 MW photovoltaic power plant for Nurvil
The development of energy production from renewable sources was the basis of the project carried out for Nurvil, consisting of the design and execution of a utility-scale photovoltaic plant with an installed capacity of 2.7 MW in Vâlcea County. The project represents an important investment in green energy infrastructure and demonstrates ADREM’s ability to deliver complex solutions for large-scale energy production.
See project
alt="Sistem fotovoltaic de 173,8 kWp pentru MRK Sport Business"
173.8 kWp photovoltaic system for MRK Sport Business
For MRK Sport Business, an On-Grid photovoltaic system was implemented to increase energy efficiency and reduce costs associated with electricity consumption. The project is part of the company’s strategy to adopt sustainable solutions and capitalize on renewable energy sources.
See project
alt="Sistem fotovoltaic de 110 kW pentru Auto Cobălcescu"
110 kW photovoltaic system for Auto Cobălcescu
The investment made for Auto Cobălcescu represents an important step towards reducing energy consumption and adopting sustainable solutions for carrying out operational activities. The implemented photovoltaic system was designed to capitalize on solar energy and reduce dependence on energy supplied from the public grid.
See project
alt="Sistem fotovoltaic de 100 kW pentru Halele Centrale Obor"
100 kW photovoltaic system for Obor Central Halls
The integration of a renewable energy production solution in a building with representative historical and commercial value for Bucharest was the main objective of this project. The photovoltaic system installed at the Obor Central Halls contributes to reducing the energy consumption of the public grid and increasing the energy efficiency of one of the most well-known markets in Romania.
See project
alt="Stație de încărcare pentru vehicule electrice la reprezentanța BMW Auto Cobălcescu Pitești"
Charging station for electric vehicles at the BMW Auto Cobălcescu Pitesti dealership
The increase in the number of electric vehicles and the development of sustainable mobility require the expansion of the charging infrastructure in accessible and relevant locations for users. In this context, ADREM designed and implemented for Auto Cobălcescu the infrastructure necessary to power a fast charging station for electric vehicles at the BMW dealership in Pitesti.
See project
alt="Stații de încărcare pentru vehicule electrice – proiectare și execuție"
Charging stations for electric vehicles – design and execution
The development of electric mobility directly depends on the existence of a modern and accessible charging infrastructure. In this context, ADREM has carried out a complex project for Enel X Romania for the design and execution of charging stations for electric vehicles, contributing to the expansion of the national electromobility network and accelerating the transition to low-emission transport.
See project
alt="Centrală fotovoltaică de 2,7 MW pentru Nurvil"
2.7 MW photovoltaic power plant for Nurvil
The development of energy production from renewable sources was the basis of the project carried out for Nurvil, consisting of the design and execution of a utility-scale photovoltaic plant with an installed capacity of 2.7 MW in Vâlcea County. The project represents an important investment in green energy infrastructure and demonstrates ADREM’s ability to deliver complex solutions for large-scale energy production.
See project
alt="Sistem fotovoltaic de 173,8 kWp pentru MRK Sport Business"
173.8 kWp photovoltaic system for MRK Sport Business
For MRK Sport Business, an On-Grid photovoltaic system was implemented to increase energy efficiency and reduce costs associated with electricity consumption. The project is part of the company’s strategy to adopt sustainable solutions and capitalize on renewable energy sources.
See project
alt="Sistem fotovoltaic de 110 kW pentru Auto Cobălcescu"
110 kW photovoltaic system for Auto Cobălcescu
The investment made for Auto Cobălcescu represents an important step towards reducing energy consumption and adopting sustainable solutions for carrying out operational activities. The implemented photovoltaic system was designed to capitalize on solar energy and reduce dependence on energy supplied from the public grid.
See project
alt="Sistem fotovoltaic de 100 kW pentru Halele Centrale Obor"
100 kW photovoltaic system for Obor Central Halls
The integration of a renewable energy production solution in a building with representative historical and commercial value for Bucharest was the main objective of this project. The photovoltaic system installed at the Obor Central Halls contributes to reducing the energy consumption of the public grid and increasing the energy efficiency of one of the most well-known markets in Romania.
See project
1.6 MW photovoltaic system for Ford Otosan Romania
As part of Ford Otosan Romania’s energy efficiency and sustainability strategy, a high-capacity photovoltaic system was implemented, intended to produce renewable energy for own consumption and optimize the energy consumption of the industrial facility.
See project
alt="Instalarea unei centrale fotovoltaice pentru Liceul Energetic Târgu-Jiu"
Installation of a photovoltaic power plant for the Târgu-Jiu Energy High School
ADREM Link has installed a photovoltaic power plant for the Târgu-Jiu Energy High School, a project dedicated to increasing energy efficiency and promoting the use of renewable energy sources within an educational institution with a technical profile.
See project