Feasibility study
Key to success
A feasibility study is a detailed technical, financial, and environmental analysis performed to assess project profitability and minimize investment risk. It is a key tool supporting decisions on modernizing energy processes and implementing new technologies.
What is a feasibility study?
A feasibility study is a comprehensive document that analyses the technical, financial, and environmental aspects of a planned project.
It helps answer key questions:
- Is the project technically feasible?
- What costs and savings are associated with implementation?
- Does the project comply with legal and environmental requirements?
- What are the potential risks and opportunities?
Thanks to a feasibility study, investors gain a full picture of possibilities and limitations, along with the data needed to make informed decisions.
Who is it for?
The feasibility study is intended for:
- Industrial and manufacturing plants seeking to optimize energy processes, reduce operational costs, and implement technological innovations.
- Energy companies planning the development of cogeneration systems, photovoltaic farms, or energy storage solutions.
- Enterprises applying for funding, where a detailed analysis formally required.
- Organizations obliged to reduce CO2 emissions, in accordance with standards such as the EU ETS (European Union Emissions Trading System).
If you are wondering whether the planned modernization in your facility brings real savings or if you want to minimize investment risk, a feasibility study is the answer.
Analysis scope and details
Detailed technical specification
- Infrastructure condition assessment - analysis of devices and systems in terms of their efficiency, lifespan, and modernization potential.
- Energy consumption assessment - thorough review to identify areas of energy losses in installations, using available measurement tools or performing additional measurements where necessary.
Comparison of investment options
- Modernization or replacement? Selection of optimal technology, e.g., transition to heat pumps, use of cogeneration systems, or modernization of technological installations.
- Investment scenarios: analysis of implementation variants considering costs and expected results.
Financial and economic analysis
- CAPEX and OPEX calculations: detailed costs of purchase, installation, operation, and maintenance.
- Investment profitability forecast: including analysis of IRR (internal rate of return) and NPV (net present value).
- Economic effects: assessment of changes in operational costs following project implementation.
Environmental assessment and regulatory compliance
- Carbon footprint: consideration of the company's climate neutrality plans and analysis of project impact on CO2 emissions.
- Regulatory compliance: ensuring conformity with EU directives, including the Energy Efficiency Directive (EED) and Best Available Techniques (BAT).
Schedule and implementation plan
- Investment implementation stages: defining project milestones and preliminary timelines.
- Project risks: identification of potential obstacles and proposed contingency plans.
What do you gain?
Real data for decision-making
Precise analysis allows selecting the best investment option.
Cost reduction
By identifying energy losses, savings of 20-40% can be achieved depending on the facility.
Access to funding
Professional documentation meets the requirements of funding institutions, increasing the chances of obtaining grants.
Investment risk reduction
Detailed technical and financial analysis minimizes the possibility of making wrong decisions.
Why is a feasibility study essential?
New technology investments often involve significant costs and risks.
A feasibility study is a tool that allows assessing their potential, predicting benefits, and minimizing risk, ensuring effective project execution.
Multiple approaches often exist to reach the desired objectives. Ensuring the best investment choice, considering economic and energy factors, requires a holistic project perspective—something we provide through our collaboration.
