FAQs
Borealis Wind is partnered with a company called Icetek. Icetek is the leading provider of ice detection systems in Canada. Their systems are so accurate because they can detect the water molecules in the air that make conditions suitable for icing. The Icetek system can then communicate with the BorealisWind IPS to proactively turn on/off the system for maximum efficiency.
• There are a variety of benefits to installing the Borealis IPS that largely revolve around two separate aspects: safety and turbine lifespan.
• Safety is a major factor that has a substantial effect on the company’s bottom line. Wind techs are trained to refuse work on wind turbine blades that have accumulated even a half inch of ice. This ice can and does fall on wind techs injuring them and damaging nearby property.
• The added weight of thousands of pounds of ice also deteriorates the wind turbine at an increased pace resulting in a need to change gear boxes and drivetrains that can cost hundreds of thousands of dollars.
• Only cold weather climates that are prone to icing can justify having a Borealis IPS installed in them.
• Additionally, a variety of turbines do come installed with anti-icing systems from the factory. The Borealis IPS is the best solution for those wind turbines that did not have an anti-icing system installed in the factory.
• The Borealis IPS is quickly gaining traction in Canada, just recently, Quebec passed policy that stated any new wind turbines need to have an anti-icing system installed in them. This bill is a green initiative to help wind turbines operate more efficiently.
Ice buildup can significantly reduce the aerodynamic efficiency of turbine blades, leading to decreased energy output and increased mechanical strain.
Ice buildup on turbine blades significantly impacts energy production by reducing the aerodynamic efficiency of the blades. When ice accumulates, it disrupts the smooth surface of the blades, causing drag and turbulence which lowers their ability to capture and convert wind energy effectively. This leads to decreased energy output as the turbine struggles to maintain optimal rotation speeds. Additionally, the added weight and uneven distribution of ice increase mechanical strain on the turbine’s components, potentially causing damage and increasing maintenance costs. Therefore, managing ice buildup is crucial to maintain energy production and turbine health.
The cost implications of not addressing icing on wind turbine blades can be substantial. Ice accumulation decreases aerodynamic efficiency, leading to lower energy output and lost revenue. The added weight and imbalance caused by ice can strain mechanical components, increasing wear and tear and resulting in more frequent and costly maintenance and repairs. Additionally, safety risks associated with ice throw incidents can lead to legal liabilities and increased insurance costs. Overall, failing to mitigate icing can significantly impact the financial performance and operational efficiency of a wind farm.
You can expect the BorealisWind Ice Protection System (IPS) to increase your wind turbine’s annual energy production (AEP) by 8-10%, depending on the turbine’s location and size. In many cases, the system fully repays its initial cost within the first year, generating tens of thousands of dollars in additional revenue through increased power production.
The BorealisWind Ice Protection System (IPS) helps maximize energy production in cold climates by preventing ice buildup on turbine blades, which otherwise reduces aerodynamic efficiency and power output. The IPS detects icy conditions early and activates blade heating elements to maintain optimal performance. This proactive ice mitigation ensures turbines operate at peak efficiency throughout the winter months, when wind speeds are typically higher and energy generation potential is greatest. By minimizing ice-related disruptions and maintaining consistent energy production, the IPS significantly enhances the overall output and reliability of wind farms in cold climates.
The BorealisWind Ice Protection System (IPS) can generate a return on investment (ROI) for a wind farm by increasing annual energy production (AEP) by 8-10%, thanks to its efficient ice prevention capabilities. By maintaining optimal turbine performance during icy conditions, the IPS reduces downtime and the associated revenue losses. Additionally, it minimizes maintenance and repair costs caused by ice-related damage, extends the lifespan of turbine components, and enhances overall operational efficiency. The system’s comprehensive service model ensures ongoing support and maintenance, further solidifying its financial benefits for wind farms.
• In terms of fire, our system is completely fireproof due to the casing that our heater is in. There is no way for external debris to get into the heater meaning that the heater cannot start a fire.
• In terms of parts coming loose, we have never had a single part come loose in the blade in the 6 years that we have been in business. This is because we do an inspection every 3 or 6 months to torque the different parts of our system.
The BorealisWind Ice Protection System (IPS) significantly improves safety for wind farm employees by preventing ice buildup on turbine blades. By actively heating the blades, the system prevents ice formation, eliminating the risk of ice throw incidents that could injure personnel working nearby. Additionally, it ensures that maintenance tasks can be performed safely without the hazard of falling ice. The prevention of ice accumulation also reduces mechanical strain on the turbines, decreasing the likelihood of emergency repairs in dangerous, icy conditions, thereby safeguarding the well-being of the employees.
The SaaS model means that every aspect of our system from installation through warranty is included with the system. That means that your company will never have to deal with the maintenance or upkeep of the system. You will simply pay the annual fee and see an excellent ROI year after year.
The BorealisWind Ice Protection System (IPS) offers comprehensive ice protection for wind farms, surpassing other market solutions through its advanced detection and proactive prevention mechanisms. The IPS integrates seamlessly with existing turbine control systems and utilizes precise sensors to detect ice conditions early. It utilizes lightweight fabric ducts to heat the blades from the tip to the root along the leading edge to prevent ice buildup effectively. Additionally, BorealisWind’s service model includes installation, maintenance, and support, providing a holistic and reliable approach to ice protection.
You can expect installation to take no longer that 9 days in total when the blades are up tower. If the blades are on the ground, the installation can take as little as 3 days. This installation is done with two teams of 3-4 people. We make sure that our installation experts are in open communication with your operations team to keep you informed with milestones of the installation process.
Yes, the Borealis IPS can be installed on existing turbines, making it a flexible solution for wind farms looking to upgrade their ice mitigation capabilities. The retrofit process involves integrating the IPS into the turbine blades and control systems, ensuring seamless operation and minimal disruption. This adaptability ensures that wind farms can improve energy production efficiency and safety, even with older turbine models, maximizing their investment and operational longevity.
