Wind Turbine Energy
A poorly managed energy potential,
Lets do it better together!

Regular Wind Turbine Systems

Looking to power your operations with clean, cutting-edge wind technology?

We deliver turnkey wind energy solutions designed for efficiency, reliability, and long-term performance together with world leading EPC partners.
Our expert team oversees every phase of development—from advanced site assessments using LiDAR and computational modeling to turbine selection, construction, and ongoing maintenance—ensuring you get maximum returns from your wind assets.

By integrating state-of-the-art turbines built with robust materials and optimized blade designs, we’re able to capture more energy in diverse wind conditions. Our projects also incorporate SCADA systems for real-time monitoring, allowing us to fine-tune performance and extend the lifecycle of each installation.

Committed to safety, sustainability, and strong community partnerships, we help you cut costs, reduce carbon emissions, and drive inclusive growth—all while delivering a cleaner, more secure energy future. Partner with us and harness the power of wind to propel your businessforward.

Well Thought Through Wind Turbine Systems
In Solenadria we focus not only on delivering the well known, traditional solutions of windturbine with various types of blades and angle. We strive to find the most optimal use of energy, the location with the least maintenance need and the longest operational lifetime, leading to more and cheaper energy for the consumer, and more profits for the owner.

There is many factors to look at when selecting a site. One of the most important is the possible output, together with a analysis of where the wind acctualy is coming from. There is too many windparks around with turbines lined one after another leading to undecired and unecessary turbulence, shortening the turbines life and increasing maintenance

The most prefered location is a location with wind going from one side to the other like illustrated in Figure A. Here we can easily predict the most common frequency of where the wind is coming from and its mean wind speed, something used to calculate turbine size, type of blades and possible output. In Figure B we will see a larger need for maintenance when multiple turbines is allocated next to eachother on row and ergo in direct line of the turbulence generated by the turbine in front. 

Innovative Wind Turbine Systems

After the ideal location has been selected, the real job starts. For if we are to meet the sustainability goals of UN, but also of the investor and owners financial sustainability goals all possible elements should be used. Based on each locations possibilities and limitations as grid connection, nearby labourforce, wind conditions and accessability we will do thourough analysis to identify the full power capability and the actual use combined with pricing models. There is multiple solutions that can be added to increase the number of revenue streams and profitability in the project:

• BESS Energy Storage for load shift
• BESS Energy Storage for balancing
• Production of Hydrogen
  
• Remote Compute datacenters

The last one is one of the most interesting. By building datacenters inside the turbine we put value to unused space inside the structure aswell as we can both sell computing services. We do this at a time where the project normally would have to either shut down or pay balancing fees of over production instead of generating yield. This gives a double income revenue from both "being paid" to do your or others balancing, and in the same time useing this power to sell compute services. With locations spread over a larger region we ensure that the compute allways can be active at one of the locations and generate income with "zero power cost". Figure C illustrates how a datacenter inside the mast will look like.