DonE New Energy’s project planning and feasibility study service constitutes the fundamental starting point in the initial phase of energy EPC projects.
Drawing on our global engineering experience, a specialized field assessment team and an advanced data analysis system, we provide clients with a comprehensive study covering site resource evaluation through to the technical and economic justification of the investment.
This approach goes beyond traditional technical analysis, integrating the full project lifecycle and taking key factors into account such as local regulations, energy market demand, grid connection conditions, environmental carrying capacity and profitability expectations.
The result is a multidimensional, practical feasibility report with high strategic value, serving as a solid foundation for project approval, investment decision-making and regulatory processes.
In this way, risks are reduced from the initial stages and the long-term technical and economic sustainability of the project is guaranteed.
We have a multidisciplinary team consisting of geological engineers, energy planners and topographic survey specialists, tasked with carrying out detailed studies at the project site.
This work includes the accurate collection of data such as topography, geological conditions, hydrology and climate.
Depending on the project type — photovoltaic, concentrated solar power, natural gas or hydrogen — we carry out specific resource assessments, such as solar radiation measurement, gas infrastructure analysis or evaluation of hydrogen storage and transportation systems.
In addition, we analyze key factors such as logistical accessibility, grid connection points, nearby urban infrastructure and terrain conditions to define the optimal site selection strategies.
The outcome is a comprehensive site report featuring technical recommendations and optimization criteria for project development.
Once the general scheme is defined, multidisciplinary teams are formed to carry out detailed engineering, including process, electrical, structural, civil works, automation, hydraulic systems, fire protection and HVAC.
The process team develops flow diagrams, equipment drawings, piping layout and technical parameters, establishing the operational requirements.
The electrical team designs distribution systems, cabling, earthing and lightning protection, ensuring a safe power supply.
The structural and civil works teams prepare construction drawings, foundations and main structures for efficient execution.
Specialists in automation, safety and auxiliary systems complete the technical documentation in accordance with applicable standards.
All drawings include dimensions, specifications, materials and construction criteria to facilitate precise execution.
We develop professional project economic evaluation models, integrating variables such as construction costs, equipment procurement, operation and maintenance, electricity tariffs and revenue projections.
Based on these data, we calculate key financial indicators, such as the investment payback period (static and dynamic), internal rate of return (IRR) and net present value (NPV).
Likewise, we carry out a comprehensive risk assessment, considering political, market, technical, construction and environmental factors, together with their corresponding mitigation measures.
Finally, we combine site analysis, technical evaluation, economic study and risk management into a feasibility report structured in accordance with industry standards and regulatory requirements.
The report incorporates data tables, comparative graphs and risk matrices, providing a solid basis for decision-making and the successful development of the project.
