Danfoss Power Solutions Inc.

10/24/2025 | Press release | Archived content

Danfoss launches Hybrid Load Control for hydrostatic propel applications, offering superior driving performance and robustness

Hybrid Load Control is an integrated hardware/software solution offering machine designers the flexibility to define and optimize the vehicle's driving behavior. The control works with the Danfoss PC036 microcontroller as part of the PC-PRO software package. The PLUS+1® compliant package enables the designer to set key parameters that determine the behavior, resulting in simple configuration.

Compared to conventional methods of achieving this dual behavior, Danfoss' Hybrid Load Control improves system robustness, simplifies machine architecture, and minimizes costs. The solution does not require additional sensors, thereby eliminating potential points of failure and additional costs. Reducing the number of components simplifies system design. In particular, the omission of sensors for complicated control strategies, such as swashplate angle or pressure sensors, eliminates the wire harness and calibration, thereby reducing startup time and service efforts. Additionally, by optimizing hydrostatic braking, the system minimizes reliance on mechanical brakes. This reduction in mechanical brake usage decreases wear and further reduces total costs.

"Hybrid Load Control is a groundbreaking addition to our H1P and MP1P family of controls, combining the best of EDC and NFPE. You no longer have to choose between the two - it's truly a 'no compromises' solution," said Abhijit Patwa, Director, Medium Power Portfolio Management, Hydrostatics, Danfoss Power Solutions. "Hybrid Load Control offers unparalleled flexibility and performance that no other control or system on the market can match. We invite OEMs and distributors to learn more by visiting us at Agritechnica."

For more information, visit the Hybrid Load Control webpage, or visit Danfoss at Agritechnica in Hall 16, Booth A20.

Danfoss Power Solutions Inc. published this content on October 24, 2025, and is solely responsible for the information contained herein. Distributed via Public Technologies (PUBT), unedited and unaltered, on October 28, 2025 at 00:37 UTC. If you believe the information included in the content is inaccurate or outdated and requires editing or removal, please contact us at [email protected]