Bosch Rexroth is a leading provider of automation solutions for industrial and mobile applications. Our innovative products and services enable our customers to move everything that needs to be moved with ease and efficiency.

1. Hägglunds Quantum Motors - The new Hägglunds Quantum motor range delivers higher torque and speed performance, pushing past previous limits. These motors offer exceptional efficiency, enhanced by sustainability features, and boast a lifespan three times longer than previous models.
2. eLION Platform - Designed for mobile machinery, the eLION platform supports complete electrification, integrating motors, inverters, and hydraulic components. 
3. eSEA Subsea Electric Actuators - Bosch Rexroth’s eSEA actuators provide fully electric control of valves for offshore CO2 and green hydrogen storage. 
4. Electrohydraulic Drive Systems for Hydrogen Compression - Bosch Rexroth’s electrohydraulic solutions drive piston compressors and cryogenic pumps, delivering precise control and high efficiency. 
5. H4U Software Platform - This digital solution streamlines the integration of hydraulic functions into existing hardware systems. 

Eaton is helping develop a series hydraulic hybrid power system that combines a high-efficiency diesel engine and a unique hydraulic propulsion system to replace the conventional drivetrain and transmission. 

1. Eaton's 48V Mild Hybrid System - This system captures energy while driving and powers vehicle accessories without engine idling. 
2. Eaton Hydraulic Launch Assist (HLA) -  The Hydraulic Launch Assist system captures energy during braking and stores it in a high-pressure hydraulic accumulator, releasing it during acceleration. This energy recovery system can achieve fuel savings of up to 30%, making it highly efficient for commercial vehicles operating in stop-and-go traffic.
3. Electrically Power-Shifting Automated Manual Transmission (AMT) - Eaton's hybrid AMT allows smooth power transfer by switching between hybrid and electric-only modes, ideal for heavy vocational vehicles. Its advanced torque management system helps vehicles launch on steep grades and difficult terrains without losing power?.
4. Parallel Hydraulic Hybrid Drivetrain Eaton’s hybrid drivetrain offers improved fuel economy (up to 50%) by integrating a hydraulic system into the vehicle’s drivetrain. This solution is particularly effective for delivery vehicles, which benefit from the energy recuperation system during frequent stop-start cycles?.
5. Hybrid Electric Powertrain for Commercial Vehicles Eaton's hybrid electric powertrains combine electric motors with diesel engines to reduce emissions and improve energy efficiency. This system allows for significant fuel savings and has been widely adopted in city buses and delivery trucks?.

FCCC has developed a hydraulic hybrid walk in van chassis designed to meet productivity needs while delivering more profit. Built on the MT 55 platform, the HHV chassis has shown 50 to 70 percent improvements in fuel economy over traditionally powered vehicles.

1. Hydraulic Hybrid Walk-In Van Chassis - This Freightliner product, developed with Parker Hannifin, uses hydraulic hybrid technology to enhance fuel efficiency by up to 70% in stop-and-go applications. It recovers braking energy and boosts engine efficiency, making it ideal for urban delivery vehicles.
2. Hydraulic Hybrid Parcel Delivery Trucks - Freightliner’s hybrid delivery trucks, in partnership with Parker Hannifin, focus on significant fuel savings and reduced emissions, utilizing regenerative braking to power the vehicle. They are being tested by major logistics companies, like UPS and FedEx, in real-world conditions.
3. Freightliner Business Class M2 106 Hybrid - This vehicle integrates a parallel hybrid system, allowing it to run on both a diesel engine and an electric motor, offering flexibility and improved fuel economy. This system is suited for businesses looking to reduce emissions without sacrificing performance.
4. Parker Hydraulic Launch Assist (HLA) - This hybrid technology captures energy during braking and then uses it to assist acceleration, improving fuel efficiency and reducing wear on the engine and brakes, particularly beneficial for heavy-duty delivery and service vehicles.

Runwise, an advanced series hybrid drive, captures brake energy while engine decoupling allows for engine management resulting in less demand for energy from the engine and correspondingly less fuel.

1. RunWise® Hydraulic Hybrid Drive System - This system reduces fuel consumption by up to 50% and lowers carbon emissions in stop-and-go applications like refuse collection. The technology recovers 70% of braking energy, extending maintenance intervals and improving fuel efficiency, especially in municipal vehicle fleets.
2. Series Hydraulic Hybrid System - Designed for delivery vehicles, this system replaces traditional drivetrains, recovering and storing energy from braking. It offers a 50-70% improvement in miles per gallon compared to diesel engines, especially in urban driving.
3. Hydraulic Hybrid for Transit Buses - corporated in advanced bus demonstrators, surpasses traditional diesel and electric hybrid buses. It improves cost efficiency and environmental performance by maximizing energy recovery during braking.
4. Hydraulic Hybrid Yard Hostler - this technology improves energy efficiency for yard hostlers through hydraulic energy recovery, reducing operating costs and environmental impact. It’s ideal for short-distance repetitive tasks.
5. Electro-Hydrostatic Pump (EHP) Series - This solution integrates electric motors with hydraulic pumps for use in mobile applications, offering a fully customizable system that improves fuel efficiency and lowers emissions in hybrid vehicles.

The Hydraulic Hybrid INGOCAR is a medium size 5-seat passenger car, driven by a new hydrostatic powertrain with energy storage. It drives like a conventional car with an automatic transmission, but its powertrain is significantly more efficient, powerful and lighter. 

1. IngoCar - Valentin Technologies’ IngoCar is a hybrid gasoline-hydraulic vehicle that boasts 170 MPG fuel efficiency. This innovative car uses hydraulic wheel motors, shiftless acceleration, and regenerative braking to maximize energy recovery. Key features include acceleration from 0-60 mph in 4 seconds and a range of 1,000 miles with just a 6-gallon tank.
2. Hydraulic Safety Systems - The IngoCar includes hydraulic bumpers designed to absorb impacts at up to 40 mph, enhancing occupant safety. The hydraulic technology also contributes to the car’s low center of gravity for better handling?.