With the power of nature
Hierbei setzen wir mit unserem Rundum-Sorglos Angebot und unserem zuverlässigen Netzwerk aus Partnerschaften auf maximale CO₂-Vermeidung.
As a partner for all phases of project development, we stand for quality, innovation and sustainable success. Our holistic approach takes technical, ecological and social aspects into account. For example, we work closely with communityn and regional partnerships together to create maximum benefit for everyone involved – including for the energy transition.
We offer comprehensive services from from site selection to implementation. Our experienced team takes care of the detailed planning, coordinates all approval procedures and ensures seamless integration into the electricity grid. By working closely with local partnerships and communities, we ensure that each project is not only technically, but also economically and environmentally sustainable.
With our technical and commercial management of wind farms and solar parks through our subsidiary Windpunx we guarantee smooth operation of the plants. We ensure maximum availability and performance through proactive maintenance and continuous monitoring. In this way we can adapt our work to the individual requirements of each project.
With repowering we bring existing wind farms up to the state of the art. Through the exchange old Byreplacing old turbines with modern, more efficient turbines, we significantly increase energy generation, improve efficiency and extend the service life of the project.
We see it as our task to address the fears and concerns of citizens seriously and reduce them through transparent information and personal discussions. Whether at city festivals, city council meetings or information events – we are there to explain our projects and raise awareness of the benefits of renewable energies.
Examination of the fundamental feasibility of a project.
Site selection (analysis of potential areas / potential area)
- Determination of the potential area taking into account the state-specific requirements (regional plans, wind priority areas, privileged areas, etc.)
- Selection of a suitable location based on wind and sun conditions, access infrastructure and environmental conditions
Area protection
Securing the land used or required for the construction and operation of the projects (with the exception of the land required for the cable route, the transformer station and the grid connection point)
Earnings forecast
Calculation of expected revenue from the sale of generated electricity based on energy forecasts and feed-in tariffs or power purchase agreements (PPAs).
- Environmental impact assessment (EIA): Conducting studies to assess the environmental impact of the project.
- Obtaining permits: Applying for and obtaining all necessary permits and licenses from local, regional and national authorities.
As soon as all approvals have been granted, invitations to tender and contract awards are issued.
- Tendering: Selection of suppliers and service providers for the delivery of wind turbines, construction services and other required components.
- Contract award: Conclusion of contracts with the selected companies.
- Financing plan: Preparation of a detailed financing plan and securing of financing.
- Development of participation models for the involvement of municipalities and citizens.
- Development: Construction of access roads and foundations.
- Delivery and installation: Delivery and installation of the wind turbines, including transportation of the individual components (rotor blades, tower segments, nacelles) and delivery and installation of the solar modules and inverters.
- Grid connection: Construction of the necessary infrastructure for connection to the electricity grid, including substations and cable routes.
After various test runs and acceptance of the systems, they are put into operation.
- Power generation
- Regular operation: Monitoring and control of the systems during operation.
- Maintenance and service: Regular maintenance and servicing of the systems to ensure smooth operation.
- Completion of agreed compensatory measures
* SAXOVENT war in der Entwicklung dieser Projekte in verschiedenen Projektierungstiefen beteiligt bis hin zum eigenen Betrieb der Anlagen als IPP (Independent Power Producer).
Die erwartete Energieerzeugung aus Anlagen, die SAXOVENT entwickelt hat, wird anhand ihrer installierten Nennleistung und einer durchschnittlichen Volllaststundenzahl geschätzt, unabhängig vom Eigentumsanteil SAXOVENTs. Der durchschnittliche Haushaltsstromverbrauch einer Person betrug 1.613 kWh im Jahr 2022 (Eurostat).
Die potenziell vermiedenen Treibhausgasemissionen ermitteln sich aus der erzeugten Strommenge und dem sogenannten „Netto-Vermeidungsfaktor“. Dieser gibt an, wieviel CO2-Äquivalente – unter Berücksichtigung der Vorketten – durch Windenergie pro erzeugter Kilowattstunde vermieden werden. Grundlage der Berechnung ist der vom Bundesumweltamt herausgegebene Bericht „Emissionsbilanz erneuerbarer Energieträger. Bestimmung der vermiedenen Emissionen im Jahr 2022“. Der Netto-Vermeidungsfaktor beträgt 758 g CO2-Äq./kWh für das Jahr 2022.