Y: | GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS | |
Y02: | TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE | |
Y02T: | CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION | |
Y02T10/00: | Road transport of goods or passengers | |
Y02T10/10: | . Internal combustion engine [ICE] based vehicles | |
Y02T10/12: | . . Technologies for the improvement of indicated efficiency of a conventional ICE | |
Y02T10/12B: | . . . Adding non fuel substances to fuel, air or fuel/air mixture | |
Y02T10/12D: | . . . Fuel injection | |
Y02T10/12F: | . . . Combustion chambers and charge mixing enhancing inside the combustion chamber | |
Y02T10/12H: | . . . Treating fuel, air or air/fuel mixture | |
Y02T10/12J: | . . . Methods of operating, e.g. homogeneous charge compression ignition [HCCI], premixed charge compression ignition [PCCI] | |
Y02T10/14: | . . Technologies for the improvement of mechanical efficiency of a conventional ICE | |
Y02T10/14B: | . . . Methods of operating, e.g. Atkinson cycle, Ericsson | |
Y02T10/14D: | . . . Non naturally aspirated engines, e.g. turbocharging, supercharging | |
Y02T10/14F: | . . . Charge mixing enhancing and kinetic or wave energy of charge outside the combustion chamber, i.e. ICE with external or indirect fuel injection | |
Y02T10/14H: | . . . Downsizing or downspeeding | |
Y02T10/16: | . . Energy recuperation from low temperature heat sources of the ICE to produce additional power | |
Y02T10/16B: | . . . Turbocompound engines | |
Y02T10/16D: | . . . Waste heat recovering cycles or thermoelectric systems | |
Y02T10/17: | . . Non-reciprocating piston engines, e.g. rotating motors | |
Y02T10/18: | . . Varying inlet or exhaust valve operating characteristics | |
Y02T10/20: | . . Exhaust after-treatment | |
Y02T10/22: | . . . Three way catalyst technology, i.e. oxidation or reduction at stoichiometric equivalence ratio | |
Y02T10/24: | . . . Selective Catalytic Reactors for reduction in oxygen rich atmosphere | |
Y02T10/26: | . . . Thermal conditioning of exhaust after-treatment | |
Y02T10/30: | . . Use of alternative fuels | |
Y02T10/32: | . . . Gaseous fuels | |
Y02T10/34: | . . . Non-gaseous fuels | |
Y02T10/36: | . . . Multiple fuels, e.g. multi fuel engines | |
Y02T10/38: | . . . Non-fossil fuels | |
Y02T10/40: | . . Engine management systems | |
Y02T10/42: | . . . controlling air supply | |
Y02T10/44: | . . . controlling fuel supply | |
Y02T10/46: | . . . controlling ignition | |
Y02T10/47: | . . . Exhaust feedback | |
Y02T10/48: | . . . Switching off the internal combustion engine, e.g. stop and go | |
Y02T10/50: | . . Intelligent control systems e.g. conjoint control | |
Y02T10/52: | . . . relating to internal combustion engine fuel consumption | |
Y02T10/54: | . . . relating to internal combustion engine emissions | |
Y02T10/56: | . . . Optimising drivetrain operating point | |
Y02T10/60: | . Other road transportation technologies with climate change mitigation effect (not used, see subgroups) | |
Y02T10/62: | . . Hybrid vehicles | |
Y02T10/62B: | . . . using ICE and mechanical energy storage, e.g. flywheel (mechanical storage units for electromobility in general Y02T10/70F) | |
Y02T10/62D: | . . . using ICE and fluidic energy storage, e.g. pressure accumulator | |
Y02T10/62F: | . . . using ICE and electric energy storage, i.e. battery, capacitor (battery or capacitor technology for electromobility in general Y02T10/70B, Y02T10/70D) | |
Y02T10/62F10: | . . . . Driving a plurality of axles | |
Y02T10/62F12: | . . . . provided with means for plug-in | |
Y02T10/62F2: | . . . . of the series type or range extenders | |
Y02T10/62F4: | . . . . of the parallel type | |
Y02T10/62F4B: | . . . . . Motor-assist type | |
Y02T10/62F6: | . . . . of the series-parallel type | |
Y02T10/62F6B: | . . . . . Series-parallel switching type | |
Y02T10/62F6D: | . . . . . Differential gearing distribution type | |
Y02T10/62F6F: | . . . . . Electrical distribution type | |
Y02T10/62F8: | . . . . with motor integrated into gearbox | |
Y02T10/62F8B: | . . . . . connected or connectable to input shaft of gearing | |
Y02T10/62F8D: | . . . . . connected or connectable to intermediate shaft of gearing | |
Y02T10/62F8F: | . . . . . Motor between output shaft of gearing and driven wheels | |
Y02T10/62H: | . . . Combining different types of energy storage | |
Y02T10/62H2: | . . . . Battery and capacitor | |
Y02T10/62H4: | . . . . Battery and mechanical or fluidic energy storage | |
Y02T10/62J: | . . . Control systems for power distribution between ICE and other motor or motors | |
Y02T10/62J2: | . . . . Predicting future driving conditions | |
Y02T10/62L: | . . . Other types of combustion engine | |
Y02T10/64: | . . Electric machine technologies for applications in electromobilty | |
Y02T10/64B: | . . . characterised by aspects of the electric machine | |
Y02T10/64D: | . . . Control strategies of electric machines for automotive applications | |
Y02T10/64D2: | . . . . Vector control | |
Y02T10/64D4: | . . . . Control strategies for ac machines other than vector control | |
Y02T10/64D6: | . . . . Control strategies for dc machines | |
Y02T10/64D8: | . . . . Number of electric drive machines | |
Y02T10/64D8B: | . . . . . One electric drive machine | |
Y02T10/64D8D: | . . . . . Two electric drive machines | |
Y02T10/64D8F: | . . . . . More than two electric drive machines | |
Y02T10/70: | . . Energy storage for electromobility (hydrogen internal combustion engines Y02T90/42; fuel cell powered electric vehicles Y02T90/34) | |
Y02T10/70B: | . . . Batteries | |
Y02T10/70B2: | . . . . Lithium ion battery | |
Y02T10/70B4: | . . . . Lead acid battery | |
Y02T10/70D: | . . . Capacitors, supercapacitors or ultracapacitors | |
Y02T10/70F: | . . . Mechanical energy storage devices | |
Y02T10/70F2: | . . . . Fly wheels | |
Y02T10/70H: | . . . Energy storage management | |
Y02T10/70H2: | . . . . Controlling the battery or capacitor state of charge | |
Y02T10/70H4: | . . . . Controlling vehicles with one battery or one capacitor only | |
Y02T10/70H6: | . . . . Controlling vehicles with more than one battery or more than one capacitor | |
Y02T10/70H6B: | . . . . . the batteries or capacitors being of the same voltage | |
Y02T10/70H6D: | . . . . . the batteries or capacitors being of a different voltage | |
Y02T10/70J: | . . . Electromobility specific charging systems or methods for batteries, ultracapacitors, supercapacitors or double-layer capacitors (efficient charging systems for batteries, ultracapacitors, supercapacitors or double-layer capacitors in road transportation in general Y02T10/92) | |
Y02T10/70J2: | . . . . on board the vehicle | |
Y02T10/70J2B: | . . . . . with the energy being of renewable origin | |
Y02T10/70J4: | . . . . Charging stations | |
Y02T10/70J4B: | . . . . . with the energy being of renewable origin | |
Y02T10/72: | . . Electric energy management in electromobility | |
Y02T10/72B: | . . . Electric power conversion within the vehicle | |
Y02T10/72B2: | . . . . DC to DC power conversion | |
Y02T10/72B2B: | . . . . . Using step - up or boost converters | |
Y02T10/72B2D: | . . . . . Using step - down or buck converters | |
Y02T10/72B4: | . . . . DC to AC or AC to DC power conversion | |
Y02T10/72B6: | . . . . AC to AC power conversion | |
Y02T10/72D: | . . . Optimisation of vehicle performance | |
Y02T10/72D2: | . . . . Automated control | |
Y02T10/72D4: | . . . . Desired performance achievement | |
Y02T10/72D6: | . . . . Optimisation of energy managament | |
Y02T10/72D8: | . . . . Route optimisation | |
Y02T10/76: | . . Transmission of mechanical power | |
Y02T10/80: | . Technologies aiming to reduce green house gasses emissions common to all road transportation technologies | |
Y02T10/82: | . . Tools or systems for aerodynamic design | |
Y02T10/84: | . . Data processing systems or methods, management, administration | |
Y02T10/86: | . . Optimisation of rolling resistance. | |
Y02T10/86B: | . . . Tyres, e.g. materials, shape | |
Y02T10/86D: | . . . Bearings | |
Y02T10/86F: | . . . Others, e.g. wheel construction | |
Y02T10/88: | . . Optimized components or subsystems e.g. lighting, actively controlled glasses | |
Y02T10/90: | . . Energy harvesting concepts as power supply for auxiliaries' energy consumption e.g. photovoltaic sun-roof | |
Y02T10/92: | . . Energy efficient charging or discharging systems for batteries, ultracapacitors, supercapacitors or double-layer capacitors specially adapted for vehicles | |
Y02T30/00: | Transportation of goods or passengers via railways | |
Y02T30/10: | . Energy recovery technologies concerning the propulsion system in locomotives or motor railcars | |
Y02T30/12: | . . In electric locomotives or motor railcars with electric accumulators, e.g. involving regenerative braking | |
Y02T30/14: | . . In locomotives or motor railcars with pneumatic accumulators | |
Y02T30/16: | . . In locomotives or motor railcars with two or different kinds or types of engine | |
Y02T30/18: | . . Specific power storing devices | |
Y02T30/30: | . Other technological aspects of railway vehicles | |
Y02T30/32: | . . Reducing air resistance by modifying contour | |
Y02T30/34: | . . Composite; Lightweight materials | |
Y02T30/36: | . . Device for using the energy of the movements of the vehicle | |
Y02T30/38: | . . Bogie frames comprising parts made from fiber-reinforced matrix material | |
Y02T30/40: | . . Applications of solar cells or heat pipes, e.g. on ski-lift cabins or carriages for passengers or goods | |
Y02T30/42: | . . concerning heating, ventilating or air conditioning | |
Y02T50/00: | Aeronautics or air transport | |
Y02T50/10: | . Drag reduction | |
Y02T50/12: | . . Overall configuration, shape or profile of fuselage or wings | |
Y02T50/14: | . . Adaptive structures | |
Y02T50/14B: | . . . Morphing wings or smart wings | |
Y02T50/16: | . . by influencing airflow | |
Y02T50/16B: | . . . Wing tip vortex reduction | |
Y02T50/16B2: | . . . . Winglets | |
Y02T50/16D: | . . . by influencing the boundary layer | |
Y02T50/16D2: | . . . . actively | |
Y02T50/30: | . Wing lift efficiency | |
Y02T50/32: | . . Optimised high lift wing systems | |
Y02T50/34: | . . Helicopter rotor blades lift efficiency | |
Y02T50/40: | . Weight reduction | |
Y02T50/42: | . . Airframe | |
Y02T50/43: | . . . Materials | |
Y02T50/43B: | . . . . Composites | |
Y02T50/43D: | . . . . Metallic lightweight | |
Y02T50/44: | . . . Design measures | |
Y02T50/46: | . . Interior | |
Y02T50/47: | . . . Materials | |
Y02T50/48: | . . . Design measures | |
Y02T50/50: | . On board measures aiming to increase energy efficiency | |
Y02T50/52: | . . concerning the electrical systems | |
Y02T50/53: | . . . Energy recovery, conversion or storage systems | |
Y02T50/54: | . . . Electric actuators or motors | |
Y02T50/54B: | . . . . All electric architecture | |
Y02T50/56: | . . Thermal management | |
Y02T50/57: | . . . Reduction of energy losses | |
Y02T50/58: | . . . Optimization of hot and cold sources on board an aircraft | |
Y02T50/60: | . Efficient propulsion technologies | |
Y02T50/62: | . . Electrical | |
Y02T50/64: | . . Hybrid | |
Y02T50/66: | . . Propellers | |
Y02T50/67: | . . Relevant aircraft propulsion technologies | |
Y02T50/67B: | . . . Measures to reduce the propulsor weight | |
Y02T50/67B2: | . . . . using composites | |
Y02T50/67D: | . . . Improving the rotor blades aerodynamic | |
Y02T50/67F: | . . . Enabling an increased combustion temperature by cooling | |
Y02T50/67F2: | . . . . Blades cooling | |
Y02T50/67H: | . . . Controlling the propulsor to control the emissions | |
Y02T50/67J: | . . . using fuels of non-fossil origin | |
Y02T50/69: | . . Solar cells as on board power source | |
Y02T50/70: | . Enabling use of sustainable fuels | |
Y02T50/72: | . . Synthetic fuels | |
Y02T50/74: | . . Bio fuels | |
Y02T50/80: | . Energy efficient operational measures | |
Y02T50/82: | . . Related to ground operations | |
Y02T50/82B: | . . . Aircraft equipment, e.g. wheel embedded | |
Y02T50/82D: | . . . Ground equipment | |
Y02T50/84: | . . Related to management of trajectory and mission | |
Y02T50/90: | . Eco design, i.e. taking into account the full life cycle of the craft including re-use, recyclability and disposal | |
Y02T70/00: | Maritime or waterways transport | |
Y02T70/10: | . Measures concerning design or construction of watercraft hulls | |
Y02T70/12: | . . Improving hydrodynamics of hull | |
Y02T70/12B: | . . . Reducing surface friction | |
Y02T70/12B2: | . . . . Air lubrication, air cavity systems | |
Y02T70/12B4: | . . . . Hull coatings, e.g. biomimicry | |
Y02T70/12D: | . . . Lower wave resistance | |
Y02T70/12D2: | . . . . Bow shape | |
Y02T70/12F: | . . . improving wake pattern | |
Y02T70/12F2: | . . . . reducing the interaction between hull and propeller | |
Y02T70/14: | . . Construction of hull | |
Y02T70/14B: | . . . Materials, e.g. ultra light steels, composites | |
Y02T70/14D: | . . . Energy efficient measures related to fabrication or assembly of hull | |
Y02T70/30: | . Measures at the maintenance or repair stage specially aiming at green house gasses emissions reduction | |
Y02T70/32: | . . Surface or tank cleaning and treatment operations | |
Y02T70/34: | . . Improved operation of fossil fuel transfer, e.g. ship-to-ship oil or gas transfer | |
Y02T70/36: | . . Handling waste | |
Y02T70/50: | . Measures to reduce greenhouse gas emissions related to the propulsion system | |
Y02T70/52: | . . Propulsion power plant | |
Y02T70/52B: | . . . Relating to type of fuel | |
Y02T70/52B2: | . . . . Less carbon-intensive fuels, e.g. natural gas, biofuels | |
Y02T70/52B4: | . . . . Non-conventional fuels, e.g. nuclear | |
Y02T70/52D: | . . . Renewable or hybrid-electric solutions | |
Y02T70/52D2: | . . . . using solar generated electricity, e.g. photovoltaics | |
Y02T70/52D4: | . . . . using wind motor to generate electricity | |
Y02T70/52F: | . . . Other measures to increase efficiency of the power plant | |
Y02T70/52F2: | . . . . Engine monitoring and control | |
Y02T70/52F4: | . . . . Waste heat recovery | |
Y02T70/52F6: | . . . . Reducing auxiliary power | |
Y02T70/54: | . . Propeller | |
Y02T70/54B: | . . . Improved propeller design | |
Y02T70/54D: | . . . Recovery of rotational energy | |
Y02T70/54F: | . . . Wake equalizing arrangements | |
Y02T70/56: | . . Jets | |
Y02T70/58: | . . Propulsion by direct use of wind | |
Y02T70/58B: | . . . Energy efficient technologies involving sails | |
Y02T70/58D: | . . . Kites | |
Y02T70/59: | . . Other propulsion concepts for reducing greenhouse gas emissions, e.g. wave-powered | |
Y02T70/70: | . Technologies for a more efficient operation of the waterborne vessel not otherwise provided for | |
Y02T70/72: | . . Related to heating, ventilation, air conditioning, or refrigeration systems | |
Y02T70/74: | . . Integrating maritime voyage control | |
Y02T70/74B: | . . . Speed reduction | |
Y02T70/74D: | . . . Weather routing | |
Y02T70/74F: | . . . Course optimization | |
Y02T70/80: | . Measures concerning recycling, retrofitting or dismantling of waterborne vessels | |
Y02T70/90: | . Port equipment or systems reducing GHG emissions | |
Y02T90/00: | Enabling technologies or technologies with a potential or indirect contribution to GHG emissions mitigation | |
Y02T90/10: | . Technologies related to electric vehicle charging (not used, see subgroups) | |
Y02T90/12: | . . Electric charging stations | |
Y02T90/12B: | . . . by conductive energy transmission | |
Y02T90/12D: | . . . by inductive energy transmission | |
Y02T90/12F: | . . . by exchange of energy storage elements | |
Y02T90/12H: | . . . Alignment between the vehicle and the charging station | |
Y02T90/12J: | . . . Converters or inverters for charging | |
Y02T90/12L: | . . . Energy exchange control or determination | |
Y02T90/14: | . . Plug-in electric vehicles | |
Y02T90/16: | . . Information or communication technologies improving the operation of electric vehicles | |
Y02T90/16B: | . . . Navigation | |
Y02T90/16B2: | . . . . Position determination | |
Y02T90/16D: | . . . Information or communication technologies for charging station selection | |
Y02T90/16D2: | . . . . Charging station suitability | |
Y02T90/16D4: | . . . . Charging station location | |
Y02T90/16D6: | . . . . Charging station availability | |
Y02T90/16F: | . . . Systems integrating technologies related to power network operation and communication or information technologies for supporting the interoperability of electric or hybrid vehicles, i.e. smartgrids as interface for battery charging of electric and hybrid vehicles (power aggregation of HEV or EV Y02E60/72B) (not used, see subgroups) | |
Y02T90/16F2: | . . . . Remote or cooperative charging operation | |
Y02T90/16F4: | . . . . Aspects supporting the interoperability of electric or hybrid vehicles, e.g. recognition, authentication, identification or billing | |
Y02T90/30: | . Application of fuel cell technology to transportation (not used, see subgroups) | |
Y02T90/32: | . . Fuel cells specially adapted to transport applications, e.g. automobile, bus, ship | |
Y02T90/34: | . . Fuel cell powered electric vehicles [FCEV] | |
Y02T90/36: | . . Fuel cells as on-board power source in aeronautics | |
Y02T90/38: | . . Fuel cells as on-board power source in waterborne transportation | |
Y02T90/40: | . Application of hydrogen technology to transportation (Y02T90/30 takes precedence) (not used, see subgroups) | |
Y02T90/42: | . . Hydrogen as fuel for road transportation | |
Y02T90/44: | . . Hydrogen as fuel in aeronautics | |
Y02T90/46: | . . Hydrogen as fuel in waterborne transportation | |