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Designed for wind and mixed-energy parks, our solution enhances power generation output while reducing environmental impact and maintenance costs.
Energy parks face increasing demands for power, but expanding infrastructure isn’t always feasible. Land availability, regulations and environmental concerns often limit the growth.
Sine Delta provides a solution: a scalable wind energy technology that enhances power output within the existing footprint of your energy park.
No need for more space—just smarter, more efficient energy generation.
Energy parks often can’t expand their footprint, making it difficult to scale up production.
Adding new infrastructure is capital-intensive, it requirs significant investment and long approval processes.
Traditional wind turbines have moving parts prone to wear and tear, increasing maintenance needs and downtime.
Balancing power generation with wildlife impact, noise levels and land use regulations is an ongoing challenge.
High efficiency, always oriented, works within existing energy park, increasing production without additional space.
A modular and easy-to-deploy solution that grows with your needs.
With fewer moving parts, meaning reduced maintenance costs, that ensures higher uptime.
Sustainable and recyclable materials, grease-free construction, no light and noise for humans and animals.
Every energy park has unique needs. Whether you’re running a wind-only site or a mixed-energy facility, we provide a flexible solution that enhances production, improves efficiency, and integrates seamlessly into your existing setup. Explore how our Collectricity® technology fits different applications.
Traditional wind farms face limitations in scaling up due to land constraints, zoning regulations and infrastructure costs. We offer a compact, bladeless wind generation system Collectricity®, that works alongside traditional turbines to maximise energy production within the same footprint.
Many energy parks combine wind, solar, battery storage and other renewable sources. The challenge is optimising power generation while maintaining grid stability. Collectricity® fills the gaps in production, especially in low-wind conditions or when solar output drops.
As older wind farms replace outdated turbines with fewer, larger ones, energy output can temporarily decrease. Sine Delta ensures that energy parks maintain or boost output during repowering projects without requiring major infrastructure changes.
For energy parks located near cities, industrial zones or commercial hubs, noise, space and visual impact are key concerns. Our low-noise, compact and scalable design of Collectricity® makes it an ideal fit for these environments.
Maximising energy output, optimising land use and ensuring reliable operations are some of the biggest challenges energy parks face today. Collectricity® is designed to tackle these issues head-on, providing a flexible, cost-effective and sustainable solution that enhances overall energy production without the traditional constraints. Explore how we solve the key concerns of energy parks.
Compact and bladeless design of Collectricity® allows for more generation capacity within the same footprint, making the most of existing energy parks.
Because the Collectricity® units are modular and smaller, maintenance is less disruptive. To match the energy output of a traditional wind turbine, you would need around 12 of our Collectricity® units. This means that when one unit requires maintenance, only 1/12th of the equivalent total production is paused, while the remaining units continue generating power.
While multiple Collectricity® units are needed to match the output of a traditional turbine, the total cost is approximately 50% lower. Additionally, units can be added gradually, allowing energy parks to scale up without huge upfront investments.
Sine Delta minimises the environmental footprint of energy production by reducing noise, visual disruption and wildlife impact—all common concerns with the other wind systems. It’s an ideal solution for parks in environmentally sensitive areas or near urban zones.
We know transitioning to new technology raises important questions. Here we’ve answered the most important ones to help you understand how our technology can optimise your energy park. If you don’t see your question here, feel free to reach out to us—we’re happy to help!
To match the energy output of a traditional wind turbine (~3 MW), you would need approximately 12 Collectricity® units. Important to mention, that our units can be placed more flexibly, allowing you to increase the total energy output per land area.
Traditional turbines need large buffer zones, limiting how many can fit within an energy park. With compact and modular design of Collectricity®, you can optimise land use and increase energy density without expanding the territory.
The total cost of 12 Collectricity® units is approximately 50% lower than a single large wind turbine producing the same energy output. Traditional turbines require deep foundations, specialised transport, heavy-lift cranes and expensive maintenance, while we minimises these costs with a simpler, modular system.
Additionally, long-term operational and maintenance costs are significantly reduced due to our new approach to energy generation.
With a traditional wind turbine, when maintenance is required, the entire system shuts down, meaning zero energy is produced during the service period.
With Collectricity®, because the system consists of multiple smaller units, only one unit at a time is paused for maintenance, while the others continue generating power. This means fewer large-scale disruptions, more continuous energy production and faster, more accessible maintenance due to smaller and more manageable components.
Yes. Collectricity® is designed to seamlessly integrate into existing energy parks—whether they rely on traditional wind, solar or hybrid energy solutions.
It is particularly valuable for repowering aging wind farms, allowing sites to increase energy production without requiring major reworks or infrastructure upgrades. Additionally, flexibility of Collectricity® technology makes it ideal for locations where large turbines are not feasible, such as near infrastructure, protected land, or urban-adjacent areas.
Our technology achieves ~86% wind-to-electricity conversion rate, ensuring maximum efficiency with minimal energy loss. Each unit produces approximately 1/10th the energy of a standard 2.3MW wind turbine, making it ideal for scalable, distributed energy solution. We offer an LCOE between $13-$35 per MWh, providing a cost-efficient alternative to other renewable energy solutions.
Collectricity® is designed for low-impact energy generation, addressing some of the biggest environmental concerns:
If you want to find the secrets of the universe, think in terms of energy, frequency and vibration.
We always looking for great partners and customers. Message us and we make something together.
Ground breaking recycled bladeless wind turbine from Norway producing renewable energy globally.
Innoasis
Sverdrups Gate 27
4007 Stavanger
Norway
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