“Main advantage of FBoT lies in the simplicity of its design”
Full Bridge oscillation Transformer
FBoT
As emission standards around the world grow more stringent, construction equipment manufacturers are looking towards electrification. A variety of electrified machines are being brought to market, dramatically reducing emissions of carbon dioxide, nitrogen oxide and acoustic noise. However, electrification comes with challenges as the machine’s ability to perform a full day’s work on a single charge is imperative.
OEMs must balance battery cost with the power and range requirements of the machine without creating price-prohibitive products. Adding extra battery power to enable longer runtime adds expense, and therefore in the pursuit to balance extended runtime, without excessive battery costs, the inefficiency of hydraulics is the prime target.
FBoT is ideal in improving system efficiency in common pressure rail systems. Either as actuator control element, bringing energy recovery and a lossless actuator control or as an energy storage controller, increasing the effective power density of hydraulic accumulators and stabilizing the pressure level in the common pressure rails.
Novel Linear Digital Hydraulic Transformer
FBoT is a linear digital hydraulic transformer that efficiently moves energy in your hydraulic system. The linear motion in FBoT allows a simple mechanical structure with very few moving parts. The transformer allows for both pressure up and down transformation, bi-directional power flow and health monitoring. Power flow in FBoT is controlled by power transformation, rather than by power dissipation, as in the industry standard valve-controlled system.
Fast response
High operational frequency of the FBoT leads to a great dynamic performance, enabling fast and precise actuation of the hydraulic system
High energy efficiency
With the FBoT, power flow in the hydraulic system is controlled efficiently by power transformation.
This enables an energy efficiency much higher than ever achievable by the industry standard valve control, relying on resistive control
Simple mechanics
Simple mechanical structure of the FBoT entails a few simple tribological interfaces, yielding low friction losses and low ware
Off-highway e-mobility
Excavators, loaders, hydraulic forklifts and others. Heavy machinery essential for construction suffering from inefficiency while transitioning to battery-powered drive
Industrial hydraulics
Hydraulics presses, material handling, complex setups based on hydraulics? Work with HyNeron on a custom solution based on your use case
Off-shore hydraulics
Hydraulic ship actuators, control of hydraulic energy storage, hydraulic press, yacht sail operation or a custom solution for your maritime needs
Contact
If you want to discuss, how can our technology help you gain a competitive edge in hydraulics machinery, leave us a message
HyNeron
Skalhuse 5,
9240 Nibe,
Denmark
Contact person
Anders Hedegaard Hansen
ahh@hyneron.com