We conduct an exhaustive analysis of different regions to identify those that present the most favorable conditions for the development of renewable energy projects. We evaluate factors such as available wind or solar resources, existing infrastructure, regulatory framework, land availability and socio-environmental aspects.

Resource mappingWe create detailed maps depicting the spatial distribution of the wind or solar resource in the regions of interest. These maps are generated from satellite data, climate models and on-site measurement campaigns, and allow us to identify the areas with the greatest potential for renewable energy generation.

We rank potential sites according to technical, economic and environmental criteria, assigning a score to each. This ranking allows us to prioritize the most attractive sites for project development and to concentrate our efforts on those that offer the best prospects for success.

We identify and assess the potential risks associated with each site, such as the occurrence of extreme natural events, the presence of environmental constraints, or opposition from local communities. This analysis allows us to make informed decisions and mitigate potential risks.

We developed a weighting matrix that assigns a weight to each of the evaluation criteria used to rank the sites. This matrix allows us to objectively compare the different sites and select those that best fit the project objectives.

We conduct specific studies to identify sites with good potential for both solar and wind energy generation. We evaluate the complementarity of both resources and analyze the possibility of developing hybrid projects to maximize renewable energy production and reduce generation variability.

We analyze the complementarity of solar and wind energy production patterns at selected sites. This analysis allows us to design hybrid projects that optimize energy generation over time and reduce the need for storage systems.

We designed a customized measurement strategy to evaluate the solar potential of the site, considering variables such as global, direct and diffuse irradiance, temperature and slope of the terrain. We determine the optimal location of measurement instruments and sampling frequency to obtain accurate and representative data of the solar resource.

We prepare detailed documents for the contracting of measurement services, specifying the equipment required, the duration of the campaign, data delivery formats and acceptance criteria. This allows us to select the most suitable suppliers and ensure the quality of the data obtained.

We verify that the measuring equipment used complies with the quality and accuracy standards established by international organizations, thus providing reliability of the data collected.

We implement remote monitoring systems to collect measurement data in real time and process it using specialized software. This process allows us to identify patterns, trends and variations in the solar resource over time, and to detect possible anomalies in the data.

We generate monthly reports summarizing the measurement results, including graphs, tables and statistical analysis. These reports allow you to evaluate the quality of the data, compare the results with the simulation models and make informed decisions on the design of the PV system.

We develop customized web platforms that allow clients to access measurement data in real time and generate customized reports. This tool facilitates data visualization and analysis, allowing a better understanding of the solar resource and its variability.

We designed a comprehensive measurement campaign using a combination of instruments such as meteorological masts, SODAR (Sound Detection and Ranging) and LIDAR (Light Detection and Ranging) to assess the wind potential of the site. We determined the height of the masts, the location of the sensors and the sampling frequency to obtain a complete characterization of the wind in terms of speed, direction and turbulence.

We prepare detailed documents for the contracting of wind measurement services, specifying the equipment required, the duration of the campaign, data delivery formats and acceptance criteria. This allows us to select the most suitable suppliers and ensure the quality of the data obtained.

We verify that the measuring equipment used complies with the quality and accuracy standards established by international organizations, thus guaranteeing the reliability of the data collected.

We implement remote monitoring systems to collect measurement data in real time and process it using specialized software. This process allows us to identify patterns, trends and variations in the wind resource over time, and to detect possible anomalies in the data.

We generate monthly reports summarizing the measurement results, including wind rose diagrams, Weibull curves and statistical analysis. These reports allow us to evaluate the quality of the data, compare the results with simulation models and make informed decisions on wind farm design.

We develop customized web platforms that allow clients to access measurement data in real time and generate customized reports. This tool facilitates data visualization and analysis, allowing a better understanding of the wind resource and its variability.

We conduct a comprehensive analysis of the wind and solar resources available at the site to determine the optimal location for each wind turbine and solar panel, thus maximizing the energy generation and economic performance of the project. We consider factors such as wind direction, solar irradiance, topography and shading to obtain the most efficient wind farm configuration.

We conducted detailed studies to calculate the levelized cost of energy (LCOE) of the project and evaluate different layout configurations. By optimizing the LCOE, we seek to find the solution that minimizes power generation costs over the life of the wind farm.

We developed a network of internal roads to allow access to all wind turbines, solar panels, equipment and auxiliary buildings in the wind farm. We consider factors such as maximum slopes, road widths, soil type, expected traffic and environmental standards to ensure the durability and safety of the design.

We perform the necessary calculations to determine the volumes of earth to be excavated and backfilled during the construction of the park. This information is essential for planning the civil works and estimating the associated costs.

We evaluate the different connection alternatives available and define the optimal connection strategy adapted to the characteristics of the project and the technical, economic and regulatory requirements.

We conducted a preliminary study to assess the technical and economic feasibility of connecting the project, identifying potential challenges and opportunities.

We develop the necessary engineering to submit the connection request to the transmission system operator (TTO), including drawings, memories and technical documentation required in the process.

We compile and structure all the documentation required to submit the connection request to the National Electric Coordinator (CEN), ensuring that it complies with the requirements established by the relevant regulatory entities.

We provide technical assistance to the client during the whole connection process, coordinating with the OST and solving any doubt or inconvenience that may arise.

We conducted several technical studies, such as systemic studies, preliminary electrical studies, SAC SUCTD electrical studies and electrical studies of regulatory framework and contractual scheme, to ensure the safe and efficient integration of the project to the electrical grid.

We evaluate the impact of the project on the electrical system, considering aspects such as stability, power quality and safety.

We carry out preliminary electrical studies to define the technical characteristics of the connection equipment and transmission lines.

We develop short-circuit and breaking capacity, transient stability, power flow and bus capacity studies, among others, which are required during the processing of the SAC, SUCTD or reliable project connection request.

We analyzed the applicable regulatory framework and defined the most appropriate contractual scheme for the connection of the project to the power grid.

We provide technical assistance to the client during the entire concession process, coordinating with the regulator and resolving any doubts or inconveniences that may arise.

We prepare all the technical engineering documentation required to submit the electrical concession application, ensuring that it complies with the requirements established by the regulator.

We prepare a detailed document describing the project scope, objectives, technical characteristics and legal requirements. The descriptive report serves as a basis for the elaboration of the terms of reference and for communication with the different stakeholders involved in the project.

We developed the terms of reference for the contracting of basic engineering services. These terms include technical requirements, scope of work, schedule and evaluation criteria for contractor selection.

We prepare the terms of reference for the contracting of detailed engineering services. These terms include technical requirements, level of detail required, delivery formats and evaluation criteria for the selection of the contractor.

We develop the conceptual engineering of the project, including the civil and electrical design and the elaboration of detailed Bill of Quantities (BoQ). The conceptual engineering serves as the basis for the elaboration of the basic and detailed engineering and for obtaining the necessary permits and licenses.

We developed the environmental conceptual engineering, carrying out an envelope design of several technologies, correcting findings in on-site campaigns, taking into account the environmental restrictions detected and meeting the requirements of the application authority.

We perform transmission line engineering, including the design of substations, such as protection systems, taking into account environmental or proprietary restrictions.

We review the detailed engineering prepared by the contractors, ensuring that it complies with the applicable national and international regulations and with the requirements established in the contracts.

We review the structural, electrical and other systems calculation reports, verifying the accuracy of the calculations and the adequacy of the designs.

We design the civil and electrical elements necessary for the project, verifying all the characteristics and requirements of the site and its surroundings. We establish the necessary technology and equipment, in order to obtain an estimate of the investment and operation costs.

We develop the drawings, technical specifications and other documents necessary for the construction of the project, including floor plans, single-line diagrams, construction details.

Creation of the ToR to conduct a preliminary route study that includes the identification of the port of discharge, the existing access roads, the evaluation of their capacity and transport feasibility, the definition of new roads to be built or the re-adaptation of existing roads and the estimation of the associated costs.

We prepare detailed terms of reference (ToR) for conducting environmental baseline studies and preparing environmental impact assessments (EIA) or environmental impact statements (EIS), as appropriate. These ToR establish the technical and legal requirements for the characterization of the natural and social environment, the identification of the project’s potential environmental impacts and the definition of mitigation and compensation measures.

We develop environmental pre-feasibility studies to assess the environmental feasibility of a project at an early stage. These studies allow us to identify the main potential environmental and social impacts, and guide decision making in the initial phases of the project.

We provide technical assistance to consultants and project owners during the execution of environmental impact studies, participating in field activities, reviewing the information collected and ensuring that the studies comply with the established legal and technical requirements.

We facilitate communication and coordination with environmental authorities and local communities, seeking to generate consensus and resolve conflicts that may arise during project development.

We support and complement the environmental mitigation and compensation measures necessary to minimize the significant impacts of the project on the environment. These measures may include, for example, reforestation, habitat restoration, implementation of environmental monitoring systems and adoption of clean technologies.

We provide technical assistance to environmental consulting firms and project owners in the management of administrative procedures associated with environmental impact studies or statements (EIA and EIS), environmental relevance consultations (CPA) including the monitoring of the evaluation process in order to contribute to the required deadlines.

We review and evaluate existing environmental information, such as baseline studies, thematic maps and climate data, to identify potential environmental impacts of the project and define appropriate mitigation measures.

We conduct a wide range of environmental studies to characterize the natural and social environment and evaluate the potential impacts of the project.

We evaluated the impact of the phenomenon known as “shadow flicker”, which consists of intermittent shadows produced by moving wind turbines. Based on this study, we define detention strategies and possible layout changes.

We evaluate the acoustic impact of the project during the operation phase. We can work with or without field noise measurements, applying our knowledge of the region on a preliminary basis and model sound propagation to predict noise levels in the receiving areas.

We prepare detailed documents that establish the technical, commercial and legal requirements for each stage of the project. These documents serve as a guide for potential suppliers and ensure that the proposals received meet quality standards and project needs.

We bid the engineering services required for the development of the project, from the conceptual design stage to the detailed engineering for construction. This includes the preparation of plans, structural calculations, technical specifications and other documents required to obtain permits and licenses.

We conduct bidding processes for the acquisition of the main equipment for the project, such as wind turbines, solar panels, inverters, storage systems, and other components.We evaluate the received bids based on technical, commercial, and financial criteria, selecting the option that best meets the project’s needs.

We tender the services for the supply, assembly, and installation of the wind turbines, including the wiring and commissioning.We evaluate the proposals of wind turbine technologists or manufacturers based on their experience, technical capacity, and economic proposal.

We tender civil construction, electromechanical, and specialized civil works services.We evaluate the contractors’ proposals based on their experience, financial capacity, and technical proposal.

We are evaluating the possibility of hiring an EPC (Engineering, Procurement, and Construction) contractor for the complete execution of the project, or alternatively, separately contracting the engineering, supply, and construction services.Likewise, we will tender the operation and maintenance services of the plant once it is operational.

We conducted a thorough evaluation of the received bids, considering technical, commercial, and financial aspects.We use objective evaluation criteria to select the best proposal.The service includes a technical-economic comparison to level the offers and a responsibility matrix analysis that helps identify the contract risks in terms of scope, price, and timeline.

We prepare the environmental and social impact studies of the project, as well as the occupational health and safety plans.These documents are necessary to obtain the permits and licenses required for the construction and operation of the plant.

We accompany the client throughout the entire contract negotiation process, ensuring that their interests are protected and that the terms and conditions are clear and concise.

We constantly monitor the project’s progress, identifying critical activities that directly impact the adherence to the established deadlines.Through project planning and control tools, we optimize the sequence of tasks and allocate the necessary resources to ensure the project’s completion within the planned schedule.

We implemented protocols to ensure the safety of the project, the overall health of all collaborators, and compliance with environmental obligations.We identify and assess potential risks that could affect the project’s development, such as adverse weather conditions, delays in equipment delivery, or changes in regulations.We implemented contingency plans to mitigate the impact of these risks and ensure the success of the project.

We guarantee compliance with safety, health, and environmental regulations at all stages of construction.We supervise the implementation of safety measures, conduct periodic inspections, and train personnel to prevent accidents and protect the environment.

Rigorous control of the process, from the work book to quality, committed to ensuring that each step is a march towards excellence.We efficiently manage the project work book, documenting all activities carried out, materials used, and changes made to the original design.The project logbook serves as a historical record of the project and is a fundamental tool for quality management and assurance.

Supervision of the reception and acceptance of supplies and services, ensuring they meet specifications, agreed timelines, and key project milestones.We verify compliance with key contractual milestones, such as equipment delivery, completion of various construction stages, and commissioning of the plant.We ensure that all activities are carried out in accordance with the terms and conditions of the contract.

We guarantee the proper execution of the works in terms of quality, optimizing the time and resources used during the execution of the project, until achieving the connection and energization of the project.We supervise all activities related to the connection of the plant to the electrical grid, including the necessary tests and adjustments.We ensure that the plant is ready to operate safely and efficiently.

We verify that the TOP folder of the project includes all the necessary documentation to ensure faithful compliance with both contractual obligations and environmental and legal regulations. This includes the final “as built” plans, which must be documented and verified against the contractual requirements.

We guide the final stages of the project, including the management of the “Punch List” for a seamless closeout, to achieve the PAC and FAC.We verify that the work certifications issued by the contractors meet the established technical and legal requirements.These certifications are necessary for the commissioning of the plant and to obtain the corresponding authorizations.

We validated the production estimation model according to the PVSyst study of the project, dimension parameter, and global effects of the losses at the system output.

We evaluate the plant’s performance once it is commissioned, comparing the results obtained with the expected values.We identify the causes of any deviation and take the necessary corrective measures to optimize the plant’s performance.

Including the review of the quality documentation provided by the contractors, from the installation of works to the commissioning and start-up of the park, all within a QA/QC framework.We coordinate all construction activities, ensuring that deadlines and established quality standards are met.We implemented a quality management system to ensure that the project is executed in accordance with the client’s requirements and applicable standards.

Upon identifying a failure or a recurring problem in the plant’s operation, we conduct a thorough and systematic analysis to determine the underlying causes.This involves investigating all the factors that may have contributed to the problem, whether they are technical, operational, or related to design.For example, if there is a decrease in energy production, we could analyze factors such as adverse weather conditions, inverter failures, issues with grid connection, or even errors in the programming of control systems.Through RCA, we can identify the necessary corrective actions to prevent the problem from recurring and improve the system’s reliability.

We provide technical support to our clients in managing warranty claims with equipment suppliers.We review the technical documentation, analyze the operational data, and conduct field inspections to assess the validity of the claims and ensure that the warranty terms are met.

We periodically evaluate compliance with the operation and maintenance contract, verifying that services are being provided as established and that key performance indicators (KPIs) are being met.We conduct technical audits to ensure the quality of maintenance tasks and the proper management of assets.

At the end of the O&M contract, we conduct a thorough evaluation of the service provider’s performance, verifying that all contractual requirements have been met and that the plant is in optimal condition.

We continuously monitor the plant’s performance using monitoring and data analysis tools.We compare the actual data with the expected values and prepare periodic reports to evaluate the efficiency, availability, and reliability of the system.

We investigate the causes of periods of low plant performance, identifying factors such as adverse weather conditions, equipment failures, or operation and maintenance issues.We implemented corrective measures to improve performance and maximize energy production.

We conduct periodic field inspections to verify the condition of the equipment, infrastructure, and control systems.These inspections allow us to detect potential problems early and take preventive measures.

At the end of the equipment’s warranty period, we conduct thorough inspections to verify their condition and ensure they meet technical requirements.We prepare a detailed report of the findings and recommend the necessary corrective actions.