Sentences with phrase «hybrid system components»

Smaller, lighter hybrid system components, higher - energy density in the batteries, and an internal combustion engine touting ground - breaking thermal efficiency (more than forty percent), contribute to a significant advancement in fuel economy,» says the automaker.

Covered vehicles excluded SRT models, Diesel vehicles, Sprinter models, Ram Chassis Cab, Hybrid System components (including transmission), and certain fleet vehicles.

Not exact matches

It's nearly always less expensive to set up a hybrid IP video surveillance system and gradually replace existing analogue equipment with the superior functionality of IP network cameras and other components.

States can create a hybrid system by combining components of each model system that fit their needs.

In the affected vehicles, the Intelligent Power Module (IPM) inside the inverter module (a component of the hybrid system) contains transistors that may become damaged from high operating temperatures.

Not only can components be shared between diesel and petrol units, but also with hybrid electric systems, suggesting we will see a significant number of hybrid cars from the automaker in the future too.

Mercedes is calling the powertrain a modular hybrid system, which means that the additional components such as the lithium - ion batteries required no alteration to the vehicle's chassis or body.

The hybrid components add a total of 322 pounds to LaFerrari but also provide an additional 161 hp and 199 lb - ft of torque to the 6.3 - liter V - 12's 789 hp and 517 lb - ft, for a grand powertrain system total of 950 hp and 716 lb - ft.

Bosch Automotive Electrics and Automotive Electronics: Systems and Components, Networking and Hybrid Drive (Bosch Professional Automotive Information)

Bosch Automotive Electrics and Automotive Electronics: Systems and Components, Networking and Hybrid Drive (Bosch...

The hybrid system doesn't require a conventional transmission so it is fitted with a single fixed - gear ratio that creates a direct connection between moving components.

American Honda Motor Co., Inc., will recall 36,656 Civic Hybrid vehicles from model years 2006 through 2007 in the U.S. to replace the DC - to - DC converter, a component of the Integrated Motor Assist hybrid control sHybrid vehicles from model years 2006 through 2007 in the U.S. to replace the DC - to - DC converter, a component of the Integrated Motor Assist hybrid control shybrid control system.

The Focus BEV concept used the European Mark II as its donor vehicle and incorporated key components from Ford's North American hybrid technology, including the electric climate control system from the 2010 Ford Fusion Hhybrid technology, including the electric climate control system from the 2010 Ford Fusion HybridHybrid.

Folsom Technologies has developed a line of hydromechanical continuously variable transmissions (CVT) that are configurable either as a standalone CVT or as the CVT component of a hydraulic hybrid system.

The Nissan CVT is a core component of the new FF Hybrid system.

The Prius c's Hybrid Synergy Drive system integrates the operation of components that include a gasoline engine, an electric motor within a Continuously Variable Transaxle, a NiMH battery, and power electronics: power control unit (inverter), a DC - DC converter, a step - up converter and a hybrid control comHybrid Synergy Drive system integrates the operation of components that include a gasoline engine, an electric motor within a Continuously Variable Transaxle, a NiMH battery, and power electronics: power control unit (inverter), a DC - DC converter, a step - up converter and a hybrid control comhybrid control computer.

In adapting the Hybrid Synergy Drive to the smaller Prius c platform, each of the system's major components were re-designed to reduce weight, scale, and improve efficiency.

The latest S - Class features more than 6000 new components and three new engines — two of which are new to the model, including a six - cylinder petrol unit combined with an electric motor and 48 - volt electrical system in a pair of mild hybrid models.

Hybrid Development Center Located in Troy, Mich., the Hybrid Development Center (General Motors, Chrysler, Mercedes - Benz and The BMW Group) jointly developed the overall modular two - mode hybrid system and the individual components: electric motors, transmission, high - voltage battery, high - performance electronics, wiring, safety systems, energy management and hybrid - system control Hybrid Development Center Located in Troy, Mich., the Hybrid Development Center (General Motors, Chrysler, Mercedes - Benz and The BMW Group) jointly developed the overall modular two - mode hybrid system and the individual components: electric motors, transmission, high - voltage battery, high - performance electronics, wiring, safety systems, energy management and hybrid - system control Hybrid Development Center (General Motors, Chrysler, Mercedes - Benz and The BMW Group) jointly developed the overall modular two - mode hybrid system and the individual components: electric motors, transmission, high - voltage battery, high - performance electronics, wiring, safety systems, energy management and hybrid - system control hybrid system and the individual components: electric motors, transmission, high - voltage battery, high - performance electronics, wiring, safety systems, energy management and hybrid - system control hybrid - system control units.

The system not only changes the characteristics of the Sport Hybrid SH - AWD but in addition changes the characteristics of 11 component sets including steering, brakes (via regenerative characteristics), engine and electric drive, throttle, gearbox, suspension (via adaptive dampers) and, of course, stability and traction control.

The IONIQ Hybrid and Plug - in feature a multi-link rear suspension system with dual lower arm for enhanced ride comfort while a proportionately large use of aluminium for front and rear suspension components saves around 10 kg of weight compared to conventional means.

Components of the hydraulic hybrid Hydrostatic Regenerative Braking System.

Meanwhile, the Malibu Hybrid leverages drive system components and software from the plug - in Chevy Volt to provide all - electric power in some driving scenarios, along with assistance from the 1.8 L gas engine when needed.

The ActiveHybrid 7 features the aforementioned driver - selectable «Eco Pro» driving mode, with a coasting function and «Proactive Analysis,» which uses topography, speed limits, traffic and the navigation system to prime the hybrid components for maximum efficiency.

That's thanks to extensive use of aluminum and high - strength steel, as well as fiberglass - reinforced plastic for components of the Air Body Control air suspension system the GLC is lighter too and this benefits the plug - in hybrid variant too.

The Citaro hybrid is equipped with a new component as standard in the form of Intelligent Eco Steering, an electrohydraulic steering system.

The safety concept for the car's hybrid components is equally comprehensive, all components in the high - voltage system featuring full insulation as well as special plug connectors.

The mild hybrid drive system is made up of two main components.

A mild hybrid system is the simplest and most cost - effective way of adding electric drivetrain components to a vehicle powered by an internal combustion engine (ICE).

As a plug - in hybrid electric vehicle, the Fusion Energi uses a third - generation hybrid system that shares design features and patents — but not components — with Toyota's Hybrid Synergy hybrid electric vehicle, the Fusion Energi uses a third - generation hybrid system that shares design features and patents — but not components — with Toyota's Hybrid Synergy hybrid system that shares design features and patents — but not components — with Toyota's Hybrid Synergy Hybrid Synergy Drive.

Detailed energy management for each component, as controlled by the Power Control Unit (PCU), enables this system to make the best use of both the electric propulsion motor and the gasoline engine to seamlessly provide smooth and responsive performance and to garner top EPA fuel economy ratings in the midsize hybrid sedan class.

A new Toyota Vehicle Electric Checking System has been adopted for the rigorous checking of all electrical hybrid components.

For example, both feature a turbocharger and upgraded IMA hybrid system, performance clutch, limited - slip differential, track - tuned suspension, upgraded brakes and aerodynamic components.

Carburetor; battery; battery / battery pack on hybrid vehicles; shock absorbers; manual transmission clutch assembly; friction clutch disc and pressure plate; throwout bearing; manual and hydraulic linkages; distributor cap and rotor; safety restraint systems (including air bags); glass; lenses; sealed beams; light bulbs; brake hardware; all exhaust and emission components except those specifically listed under the coverage section of this contract; weather strips; all trim, moldings, handles, knobs or dials; bright metal; chrome; upholstery and carpet; paint; outside ornamentation; bumpers; body sheet metal and panels; tires and wheels / rims; GPS navigation systems; phone systems; TV / Video / Entertainment systems and Internet Access systems unless luxury electronics option has been purchased by you and accepted by us.

Each system is designed to maximize use of common components, such as control board hardware that has proven field performance in Ford's current hybrid vehicles.

Hybrid ventilation is a building ventilation system that integrates natural (i.e. passive) and mechanical (i.e. active) ventilation components to create an high efficiency and healthy ventilation system for a building.

In the so called developing countries, large - scale investment programmes for wind hybrid systems should be established which also include strong components of domestic capacity building programmes.»

In March 2015 Energy Developments announced that they expected to start construction of a combined solar (2 MW), wind (4 MW), battery (1MW / 250kWh) and diesel hybrid power system in November 2015, subject to key component availability.

FEV worked with the EPA to design, simulate and analyze the hydraulic systems and components, and fabricated the power train system and components that are used to store energy, in contrast to electric motors and batteries used in electric hybrid vehicles.

Experienced Design Engineer and designer with extensive experience in 2 & 4 cycle gas and diesel engines, testing set ups and instrumentation, diagnostics engines, transmission, automotive devices, supports and controllers, engines components, combustion development, dual hybrid electric / gas / diesel rechargeable system.

Specialized in designing and facilitating professional development utilizing a hybrid learning approach with face to face and online components in a Learning Management System.

The study employed a randomised controlled design; the intervention was a hybrid programme of alternative dispute resolution that encompassed an orientation to the legal system, mediation, psychoeducation, and legal conferencing components.