Solar power projects with BayWa r.e.
BayWa r.e develops solar farms all over the world and is one of the largest solar park developers in Europe. We have supplied 3.5 GW of solar power to the grid so far.
Our expertise globally includes
Agri-PV (solar farms combined with agriculture)
Ground-mounted solar farms
Floating solar farms
How do we work?
We have a rigorous process for identifying and selecting suitable sites and land for photovoltaic (PV) installations. By studying maps, taking advantage of our in-house expertise, and being proactive in dialogue with different stakeholders, our aim is to identify as early as possible in the project whether there are hurdles that will hamper the implementation of the project.
When we take the next step, we want to be sure that the project has a good chance of being implemented. Once we have found an area we consider suitable, our negotiators will contact the landowners to hear their views on a potential project. If there is interest, we will then negotiate a lease contract.
What kind of land are we looking for?
One of the most important conditions for the development of a solar farm is the proximity to a connection point on the electricity grid. The area also needs to be large enough to make it worthwhile for us to develop a solar farm on the site, at least 50 hectares but preferably more. There can be one or more landowners jointly leasing the land. To increase acceptance by local residents, we also want the project to keep a good distance from homes, preferably at least 300 metres, and to be slightly hidden from view to minimise the impact on the landscape. We avoid areas of high natural and cultural value but would like to see the potential to develop natural value on the site in connection with the construction of the facility.
Traditionally, we have looked for flat, former agricultural or arable land with a low classification from bodies like the Swedish Board of Agriculture in terms of economic return. Due to technological advances in ground mounted solar power installations, it is now possible to build solar power on other types of land. Examples include active or closed peat extraction sites, production forests, pits, and dumps as well as land in rocky and hilly terrain. However, it is advantageous if the ground is relatively flat and does not slope to the north. Potential areas should ideally have solar radiation of 900 kWh per year or more.
After signing the lease contract
Once we have signed a lease agreement with the landowner(s), we submit a grid capacity inquiry to the grid operator to determine if there is available capacity on the network and to understand the cost of connecting the project to the grid. If the response is positive, we can proceed to the next step.
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