At NOV, we are at the forefront of advancing technology and manufacturing processes to construct taller wind towers for onshore projects. These elevated towers capture stronger, steadier winds at higher altitudes, allowing for the use of higher-capacity turbines with longer blades. This results in an increased swept area and greater energy potential for onshore wind developments.
Our acquisition of Denver-based Keystone Tower Systems (KTS), known for their patented tapered spiral-welding process for wind turbine towers, marks a significant milestone in advancing onshore wind technology. This strategic move enables us to leverage cutting-edge manufacturing techniques to improve the efficiency and durability of wind towers. We have collaborated closely with KTS engineers to adapt their high-throughput, compact welding system for industrial-scale manufacturing at our Pampa, Texas facility. This integration allows NOV to scale and enhance Keystone’s innovative capabilities, positioning us to meet the growing demands of the evolving energy landscape and revolutionize the construction of onshore turbine towers.
We are also developing robust, adaptable installation equipment to support the erection of taller wind turbines. Our patent-pending Mobile Tower Crane system combines tower crane technology with mobility solutions, advanced control systems, and our extensive rig application experience. This system is designed to improve the safety, efficiency, and reliability of installing tall onshore wind towers.