Feasibility Analysis
for PV roof systems
How feasible and how profitable is the implementation of a PV system on your company or warehouse roof? We answer this question!
About
Feasibility Analysis
PV roof system as a sustainable investment to reduce the electricity bill
More and more companies with large offices, production facilities or warehouses are using their area for PV roof mounting systems to save electricity costs in the long term and to sustainably reduce their CO2 contribution. In some countries it is even mandatory to implement a PV system on the roof when constructing new commercial and industry buildings. It is also possible to lease the roof area to an external operator of the PV system for this purpose. In addition, storage solutions are increasingly being used. They make it possible to use a larger share of the self-produced PV electricity and thus increase independence from the currently rising electricity prices.
With our PV feasibility analysis, we offer you a technical assessment of the available roof area and the electrical integration into the building. You will receive an estimate of the energy production of the PV system, the expected CO2 savings and the expected economic payback period.
To estimate the expected electricity production, we use 3D planning software and create an optimised plant layout of the respective roof using a proven system design. By adding specific irradiation data of the area, the amount of electricity generated can be determined very precisely. With information on your current electricity consumption and your load profile, we can calculate how much of the electricity for the building can be generated by the PV system and directly used by the building and how much excess PV power is exported into the grid.
When does a feasibility analysis make sense?
If you are the owner or builder of a new building and need to install a photovoltaic system on the roof in the future or you are generally thinking about equipping the roofs of your office buildings, production facilities or warehouses with a PV system
In addition to the economic viability, our analysis takes into consideration the roof structure, orientation, and shading, as well as any legal regulations and permits that may be required for solar PV roof mounting systems. Our goal is to provide you with a comprehensive evaluation of the potential benefits of a flat roof solar PV mounting system, including the expected electricity production, financial returns, and environmental impact.
If you would like to know whether your roof is at all suitable for installing a PV system
In addition to the technical analysis, we also consider the legal and regulatory requirements for flat roof PV mounting systems. We will advise you on any necessary permits and approvals, as well as any incentives or subsidies that may be available to support your investment in renewable energy. We aim to provide you with a comprehensive assessment of the potential benefits and challenges of a flat roof solar PV mounting system, enabling you to make an informed decision about the best course of action for your property.
If you would like to know how much electricity you could produce with a photovoltaic roof system
We also take into account the local feed-in tariff and electricity prices to provide you with a detailed economic analysis, including the expected return on investment (ROI) and payback period. This will enable you to make an informed decision about the feasibility of your rooftop solar project.
If you would like to estimate the possible investment costs for a system and the payback period
Additionally, we can also provide you with a detailed financial analysis, taking into account the investment costs, the expected yields, and the potential revenue streams. This allows you to make a well-informed decision about the economic viability of your PV system and to choose the financing and operating model that suits your needs best. Our aim is to ensure that your investment in solar energy is not only environmentally sustainable but also financially feasible in the long run.
If you would like to know whether the implementation of a PV system on your roof makes sense at all from an economic point of view
The LCOE is an important parameter that helps us determine the optimal design for your solar plant. By using our experience and expertise, we can optimize the various parameters to ensure that the LCOE is as low as possible. This way, we can help you maximize the return on your investment and ensure that your solar plant is both economically and environmentally sustainable. Our feasibility study will include an in-depth analysis of the LCOE and other relevant factors, so you can make an informed decision about the viability of your solar project.
If you want to be as independent as possible from rising electricity prices by using self-produced electricity
We offer the additional consideration of storage solutions individually on request.
Our experienced engineers can evaluate your specific needs and make recommendations for the most suitable storage solutions, taking into account factors such as system size, energy consumption patterns, and budget constraints. We can provide you with a comprehensive analysis of the costs and benefits of integrating a storage solution into your PV system, as well as an estimated payback period. Our goal is to help you make an informed decision about whether a storage solution is right for your solar project.
Contact
Talk to our specialists at greentech about your needs in terms of feasibility analysis.
Applied added value and full transparency
Only feasible or also profitable?
Individual consideration and advice for the best possible, realistic result
Basis for a possible implementation later
Discover our full scope of services for your feasibility analysis
Why work with greentech?
Years of experience
Projects
Professionals in our team
under management
About greentech
With advice and action at your side - in every phase of your project
greentech is an integrated PV specialist. The range of services includes project development, system design, construction, operation and management of PV power plants in Europe. In the area of operational management, we offer a full-service operational management concept for PV plants of all sizes with an interdisciplinary team of experienced experts, as well as services for planning, quality assurance and yield maximisation. With a comprehensive range of services and a current portfolio of more than 1 GWp in operational management, we are one of the largest independent service providers worldwide. As an integrated PV specialist, greentech also covers the areas of project development and plant construction.
Your greentech specialists for
professional feasibility analysis
Johannes Liebich
Head of Engineering & Technical Advisory
Steffen Heberlein
Senior Project Manager Sales & Business Development
Joern Carstensen
Chief Technical Officer (CTO)
In his role, Jörn Carstensen combines the management of all technical areas of the greentech group. As CTO, he is responsible for plant construction, engineering services and technical management. The aim is to create uniform standards and processes across all technical areas at greentech, thereby ensuring company-wide synergies, high quality and the greatest possible transparency.
Jörn Carstensen joined greentech in 2014 as Business Development Manager. In addition to developing various European markets, he built up the Engineering and Technical Advisory division. From 2006 to 2014, he worked for the Conergy Group in various international corporate and business development positions. Prior to that, he worked for a consulting unit of Accenture and supported utility companies in strategic and organisational issues. Jörn Carstensen holds a degree in Industrial Engineering with a specialisation in Energy and Environmental Management from the Universities of Flensburg and Southampton.