Public tenders
At INGENERTIC, we believe that results speak for themselves. We bring technical expertise, innovation, and energy efficiency to public administrations and large institutional projects. Below, we present a representative selection of awarded contracts that reflect our absolute commitment to quality and regulatory compliance at every stage of the process.
Project for the Installation of Charging Points in the Casería de Escalona
Design and technical justification for the implementation of a private-use electric vehicle charging infrastructure (EVSP). The project defines the calculation and sizing of a system with a total power of 88 kW, distributed across two units with dual 22 kW sockets for simultaneous use (Mode 3). The project guarantees proper integration into the complex's network under the requirements of the REBT ITC-BT-52 regulations, providing the necessary executive documentation for its processing through the MOVES III Plan (2025).
Technical and economic study of self-consumption in municipal buildings
Design and optimization of multiple independent photovoltaic plants (<100 kW) on different municipal rooftops. The strategic study maximizes the City Council's profitability through the IDAE's simplified compensation scheme, guaranteeing a minimum self-consumption of 70% and making the sale of surplus energy profitable.
Project for a 53.10 kWp photovoltaic solar installation for collective self-consumption
Drafting of the technical project for a ground-mounted photovoltaic solar power plant for collective self-consumption. The design, configured for simplified surplus compensation, aims to minimize the economic impact of municipal utilities and drastically reduce CO₂ emissions. This comprehensive development ensures the proper execution of the project and its subsequent legalization by the Regional Government of Andalusia, aligning the administration with the Sustainable Development Goals.
Project for the installation of a 99.71 kWp photovoltaic solar system for collective self-consumption in the food market
Comprehensive development of a photovoltaic solar installation for collective self-consumption. This includes the structural verification of existing pitched roofs and an optimized design of coplanar modules to minimize shading, ensuring maximum energy efficiency in accordance with the City Council's usage profile.
Basic and execution project for the remodeling of the air conditioning installations at the INSS
Calculation, definition, and technical dimensioning for the complete renovation of the air conditioning system in the ground-floor offices. The project encompasses both the thermal design in accordance with RITE regulations and the planning of associated civil works and the electrical interconnection of the new equipment. The development includes all regulatory and energy efficiency justifications aimed at optimizing performance and improving the capabilities of the existing system.
Project for the installation of a 99.71 kWp photovoltaic solar system for collective self-consumption in the Óscar Quesada Municipal Sports Pavilion
Preparation of the technical project and design of a 99.71 kWp photovoltaic plant on the roof of the Óscar Quesada Pavilion. The engineering work defines the exact dimensions of the equipment and its configuration for collective self-consumption, in order to supply energy to various municipal services.
Project for the installation of charging points in the Provincial Archive of the Provincial Council of Jaén
Design, calculation, and technical justification for the implementation of a dual-charging infrastructure for privately owned electric vehicles (SAVE). The engineering design defines a Mode 3 station with a total power of 44 kW (two simultaneous 22 kW charging points) integrated into the building's electrical network, ensuring strict compliance with ITC-BT-52 of the REBT (Spanish Low Voltage Electrotechnical Regulations). This technical project aims to modernize the Provincial Council's facilities and was processed in accordance with the guidelines of the MOVES III Plan for the promotion of sustainable mobility.
Project management of photovoltaic installations in municipal buildings
Project management for the construction of five isolated photovoltaic plants (100 kW in total), distributed between the City Hall, the House of Culture and the CEIP Carlos III. Supervision of all planned equipment, commissioning and final certification of the work.
Project for the renovation of the air conditioning facilities of the municipal indoor swimming pool
Design and sizing project for the renovation of the heating and domestic hot water network, in accordance with the RITE regulations. The main action consists of the energy modernization of the building through the integration of an aerothermal system that replaces the main oil-fired boiler, maintaining the secondary unit as a backup. An engineering solution aimed at optimizing system performance and reducing energy consumption.
Project for the installation of charging points at the Provincial Palace
Design and technical dimensioning for the integration of a dual-fuel charging infrastructure for electric vehicles (SAVE) for private institutional use. The project includes a Mode 3 station with a total capacity of 44 kW (two simultaneous 22 kW charging points) connected to the building's electrical network, ensuring strict compliance with the REBT ITC-BT-52 regulations. The project provides all the necessary technical justification for its execution and processing in accordance with the guidelines of the MOVES III Plan.
Technical-Economic Study of Collective Self-Consumption for 24 Municipal Buildings
Strategic analysis and design of multiple independent photovoltaic plants (under 100 kW) to maximize infrastructure profitability under the simplified compensation regulations of the IDAE (Institute for Energy Diversification and Saving). The project defines the optimal supply grouping (CUPS) and incorporates the sizing of battery storage systems. This solution adapts to the actual hourly demand curve of each site, thus guaranteeing local energy utilization exceeding 70%.
Remodeling of the connection facilities for the expansion of electrical capacity in the Civil Guard barracks
Definition and calculation of the structural modifications to the electrical connection line linked to the distribution network, necessary to increase the contracted power of the installation to 64 kW. The technical work determines the specifications of the new equipment and conductors, serving as an executive basis for the works and as a binding document for the approval and legalization of the infrastructure before the Ministry of Industry, Energy and Mines of the Regional Government of Andalusia.
Remodeling of the connection facilities for the expansion of electrical capacity in the Civil Guard barracks
Calculation and definition of the necessary modifications to the electrical connection line to the distribution network to allow the increase of continuous supply to 67.8 kW. The technical scope establishes the construction guidelines for the modernization of the connection equipment and guarantees its complete processing, validation, and regulatory legalization before the Ministry of Industry, Energy, and Mines.
Remodeling of the connection facilities for the expansion of electrical capacity in the Civil Guard barracks
Sizing and technical development for the improvement of the connection line to the distribution network, in order to increase the electrical supply capacity of the complex to 59.2 kW. The technical documentation determines the mechanical and electrical design parameters necessary for the physical execution of the improvements and to obtain the administrative authorization and legalization required by the Ministry of Industry, Energy and Mines.
Project management: Installation of a 300 kW photovoltaic system at the trade fair and congress center (IFEJA)
Technical direction and supervision of the construction of a 300 kW self-consumption photovoltaic plant with surplus energy. The work encompassed the comprehensive management of the project, including the installation of solar canopies in the parking area and the adaptation of the interior technical spaces for the equipment. The execution of the new civil works (underground conduits beneath the asphalt) and the direct electrical routing to the main distribution panel were coordinated and supervised, ensuring strict compliance with the original construction project specifications.
Project management: 80 kW photovoltaic installation
Technical direction and supervision of the construction of an 80 kW self-sufficient photovoltaic plant with surplus energy. Project management encompassed the implementation of the system using a hybrid technical solution: the installation of the generator array on the flat roof of the "Archive" building, employing self-supporting structures oriented east to west at a 15º angle, and the structural adaptation of the existing parking canopies. The project also coordinated and supervised the execution of the exterior civil works (excavation) and the new electrical layout for the direct connection of the equipment to the transformer substation. The project management team ensured strict compliance with the construction specifications, guaranteeing the proper integration of the plant and safeguarding the high historical and heritage value of the site through a zero visual impact.
Technical management: Photovoltaic installation at the "Santa Teresa" nursing home
Technical direction and supervision of the construction of a 97.45 kWp self-sufficient photovoltaic plant equipped with a 160 kWh energy storage system. The control work encompassed the correct installation of the generator array distributed across the building's gravel roofs and the placement of the inverter for outdoor operation. Additionally, the installation of AC electrical conduits through the interior courtyard via metal trays to the basement was coordinated and supervised, ensuring proper integration with the main electrical panel and guaranteeing strict adherence to the construction project without disrupting the daily operations of the health center.
Project management: Installation of a 200 kW photovoltaic system in the parking area of the Olivo Arena
Technical direction and supervision of the construction of a 200 kW self-consuming photovoltaic plant with surplus energy, installed on structural canopies in the parking area of the Olivo Arena Sports Palace. The supervision work encompassed the correct installation of the structures and photovoltaic modules. Likewise, the installation of the new electrical wiring to the main transformer substation was coordinated and supervised, ensuring that the ducting methods used preserved the integrity of the original cobblestone paving of the venue, guaranteeing at all times strict compliance with the construction project specifications.
Project Management: 80 kW Photovoltaic Installation at "José López Barneo" Residence
Technical direction and supervision of the construction of an 80 kW self-consumption photovoltaic plant with surplus energy. Supervision included the correct installation of the generator array on a separate, adjacent roof, ensuring the preservation of the original clay tile roof and preventing leaks or interruptions to the operation of the healthcare center. Furthermore, coordination and supervision were provided for the execution of the exterior civil works (excavation) and the underground electrical cabling for direct connection to the transformer substation, ensuring that no work was carried out on the interior suspended ceilings of the common areas and guaranteeing strict compliance with the construction project guidelines.