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train chiller manualsPlease help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed.Honda introduced the Civic Hybrid in Japan in December 2001 and discontinued it in 2015. In the United States, it was the first hybrid automobile to be certified as an Advanced Technology Partial Zero-Emissions Vehicle ( AT-PZEV ) from the California Air Resources Board (CARB).The Civic Hybrid was only marketed in sedan configurations.It was the first mainstream vehicle from Honda equipped with a gasoline-electric hybrid system and became the second hybrid model of the company after Insight.The engine generates 85 hp (63 kW) at 5,700 rpm and 87 lb?ft (118 N?m) of torque at 3,300 rpm. Maximum torque is rated 116 lb?ft (157 N?m) at 1,500 rpm for manual transmission models and 105 lb?ft (142 N?m) at 3,000 rpm for CVT models. The motor also acts as a generator, to recharge the car's nickel-metal hydride battery located between the rear seat and the trunk, and as a starter motor.Through improvements to the magnetic coils of the DC brushless motor, it achieves 30 greater assisting and regenerative torque than the previous model without increasing the size.The electricity is stored in a battery consisting of 120 1.2-volt Ni-MH D-cells wired in series. The battery can charge and discharge more rapidly and efficiently, though the total capacity is reduced from the Insight's (6.0 versus 6.5 Ah). The efficiency of the battery modules is increased, through a reduction in energy losses. The battery is housed with the electrical controller in a package called the Intelligent Power Unit (IPU). The new packaging reduces the size of the system by 50 and allows the IMA equipment to be placed behind the rear seat in the trunk. The unit weighs only 63 lb (29 kg) and is one-third smaller than that of the Insight.The engine can operate at a lean 22:1 air-to-fuel ratio more than 60 of the time on a flat road.http://eagwell.com/upload/di-524up-manual-sk.xml
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The VTEC cylinder idling system of the engine closes the valves in three of the four cylinders when the car is decelerating, reduces the power lost to the engine by 50, and allows the IMA to extract more electrical energy during braking. The rocker arms operating the intake and exhaust valves have two modes: valve-lift mode or idle mode. They are engaged via a synchronizing piston. During deceleration, the synchro piston disengages the lift-mode rocker arm so that the valves remain at rest, effectively sealing off the cylinder.This auto idle-stop system contributes to both greater fuel efficiency and lower emissions.The Dunlop tires improve ride quality and reduce road noise compared with other hybrids like Insight and Prius. When compared with Insight, a wider tire improves stability at highway speed.As with other Civics, there are some styling differences to the exterior between the North American and the Japanese market models.Engine output is increased to 93 hp (69 kW) at 6,000 rpm and maximum torque to 89 lb?ft (121 N?m) at 4,500 rpm. Maximum torque is rated 123 lb?ft (167 N?m) at 2,500 rpm. The inverter that controls motor speed is integrated with the motor's ECU for more precise control, resulting in greater efficiency and fuel economy. The output of the battery is increased by around 30 to 158.4 V. The battery storage box is designed for better cooling performance and vibration resistance to enhance long-term reliability.At a stop, the compressor powered by the battery keeps the cabin cool. An additional compressor that is powered by the petrol engine also engages if rapid cooling is required. When the interior temperature is stable, air conditioning is provided by the battery solely. As soon as the brake pedal is lifted, the petrol engine comes back to life again.High output valve timing helps the engine to increase its output by 9. During deceleration, the engine is kept idle.http://www.spinningtop.org.uk/uploads/di-624-instruction-manual.xml There is no combustion in all four cylinders and the cylinders are sealed shut, reducing pumping losses by the engine. As a result, the recovery of energy wasted during braking is improved by 10.When the car is braked moderately, all the green bars light up showing energy recaptured. When the car is braked harder, the conventional brakes are activated.However, there was an error in the calculation of depreciation for the hybrid vehicles. In October 2010 Vincentric performed a hybrid cost of ownership analysis for the USA market. In this analysis, it compared hybrids' 5-year cost of ownership to their all-gas counterparts.However, the Settlement Administrator has already begun to review claims and began mailing checks last month to those with validated claims.To date, there has been no follow up to parties concerned, but shortly after the Honda release, a class action was launched in Quebec courts on behalf of Quebec and Canadian owners and lessees.Retrieved 24 March 2017. Retrieved 6 October 2015. CS1 maint: archived copy as title ( link ) Click and open the Excel file for the detail by year for each hybrid model (Sales 1999-2009) Retrieved 27 April 2007. Retrieved 1 February 2011. Retrieved 25 September 2011. Retrieved 14 January 2010. By using this site, you agree to the Terms of Use and Privacy Policy. Please help improve it or discuss these issues on the talk page. ( Learn how and when to remove these template messages ) Please help improve it to make it understandable to non-experts, without removing the technical details. ( December 2015 ) ( Learn how and when to remove this template message ) Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed.A hybrid vehicle has multiple forms of motive power.For example, a hybrid may receive its energy by burning petrol, but switch between an electric motor and a combustion engine. One of the earliest forms of hybrid land vehicle was the 'trackless' trolleybus experiment in The United States (New Jersey) that ran from 1935 to 1948, which normally used traction current delivered by wire. The trolleybus was fitted with an internal combustion engine (ICE) to power the mechanical drivetrain directly, not to generate electricity for the traction motor. This enabled the vehicle to be used for revenue service where there was no contact wire. Since the 1990s trolleybus hybrids have been introduced with small power plants to provide a low speed capability for emergency and maintenance but not to support general revenue service.Powertrains may either use chemical, solar, nuclear or kinetic and make them useful for propulsion. The oldest example is the steam locomotive. A common modern example is the electric bicycle. Hybrid electric vehicles combine a battery or supercapacitor supplemented by an ICE that can recharge the batteries or power the vehicle. Other hybrid powertrains use flywheels to store energy. One variety operated in parallel to provide power from both motors simultaneously. Another operated in series with one source exclusively providing the power and the second providing electricity. Either source may provide the primary motive force, with the other augmenting the primary.Combustion-electric (CE) hybrids have battery packs with far larger capacity than a combustion-only vehicle. A combustion-electric hybrid has batteries that are light that offer higher energy density that are far more costly.The grey squares represent differential gears. This is the most common hybrid system as of 2016.This makes them more efficient in urban 'stop-and-go' conditions. They use a smaller battery pack than other hybrids.It in effect provides a complete backup power train. In modern motors batteries can be recharged through regenerative braking or by loading the electrically driven wheels during cruise. This allows a simpler approach to power-management.https://www.hotelaristonvaldisole.com/images/co-op-pressure-cooker-manual.pdf This layout also has the advantage of providing four-wheel-drive in some conditions. (An example of this principle is a bicycle fitted with a front hub motor, which assists the cyclist's pedal power at the rear wheel.) Vehicles of this type include the Audi 100 Duo II and Subaru VIZIV concept cars, the PSA Group vehicles Peugeot 3008, Peugeot 508, 508 RXH, Citroen DS5 all using the HYbrid4 system, the Volvo V60 plug-in hybrid, the BMW 2 Series Active Tourer, BMW i8, and the second generation Honda NSX.The grey square represents a differential gear. An alternative arrangement (not shown) is to have electric motors at two or four wheels. Typically mechanical transmissions impose many penalties, including weight, bulk, noise, cost, complexity and a drain on engine power with every gear-change, whether accomplished manually or automatically. Unlike ICEs, electric motors do not require a transmission.Porsche named the system System Mixte, which had a wheel hub motor arrangement, with a motor in each of the two front wheels, setting speed records.This isolates the engine from demand, allowing it to consistently operate at its most efficient speed. Traction motors frequently are powered only by the electric battery, which can be charged from external sources such as the electricity grid.ICEs are most efficient when turning at a constant speed.Series-hybrid systems offer smoother acceleration by avoiding gear changes. Series-hybrids incorporate:Vehicles at traffic lights, or in slow moving stop-start traffic need not burn fuel when stationary or moving slowly, reducing emissions.Wrightbus produces series hybrid buses including the Gemini 2 and New Routemaster. Supercapacitors combined with a lithium ion battery bank have been used by AFS Trinity in a converted Saturn Vue SUV vehicle.Another example of a series hybrid automobile is the Fisker Karma.The DA36 E-Star, an aircraft designed by Siemens, Diamond Aircraft and EADS, employs a series hybrid powertrain with the propeller turned by a Siemens 70 kW (94 hp) electric motor. A power sapping propeller speed reduction unit is eliminated. The aim is to reduce fuel consumption and emissions by up to 25 percent. An onboard 40 hp (30 kW) Austro Engine Wankel rotary engine and generator provides the electricity.The powertrain reduces the weight of the plane by 100 kilos relative to its predecessor. The DA36 E-Star first flew in June 2013, making this the first ever flight of a series hybrid powertrain.One disadvantage is that the unsprung mass increases and suspension responsiveness decreases, which impacts ride and potentially safety. However the impact should be minimal as electric motors in wheel hubs such as Hi-Pa Drive, may be very small and light having exceptionally high power-to-weight ratios and braking mechanisms can be lighter as the wheel motors brake the vehicle.The main principle is to decouple the power supplied by the primary source from the power demanded by the driver.The larger engine has more power than needed for cruising. Electric motors produce full torque at standstill and are well-suited to complement ICE torque deficiency at low RPMs. In a power-split hybrid, a smaller, less flexible, and more efficient engine can be used. The conventional Otto cycle (higher power density, more low-RPM torque, lower fuel efficiency) is often modified to an Atkinson cycle or Miller cycle (lower power density, less low-rpm torque, higher fuel efficiency; sometimes called an Atkinson-Miller cycle). The smaller engine, using a more efficient cycle and often operating in the favorable region of the brake specific fuel consumption map, significantly contributes to the higher overall efficiency of the vehicle.This allows for a motor with less torque but higher power (and higher maximum rotary speed), i.e. higher power density This in turn makes this setup very simple in mechanical terms, but has drawbacks of its own. For example, in Generation 1 and Generation 2 HSDs maximum speed is mainly limited by the speed of the smaller electric motor (often functioning as a generator). The Generation 3 HSD separates the ICE-MG1 path from the MG2 path, each with its own, tailored gear ratio (1.1:1 and 2.5:1, respectively, for late Priuses, including the Prius c). The Generation 4 HSD eliminates the second planetary gear set, and places the electric motors on parallel axes, with a combining gear in between these axes, and transfers the combined result to the final drive differential. This is quite similar to Toyota-affiliated Aisin Seiki 's hybrid system, and saves significant space.MG2 ratio permanently set at 1:1. MG2 ratio permanently set at 2.5:1. The technology was released in the fall of 2007 on the Chevrolet Tahoe Hybrid.The design allows for operation in more than two modes. Two power-split modes are available, along with several fixed-gear (essentially parallel hybrid) regimes. In addition to the clutches, this transmission has a second planetary gearset. The objective of the design is to vary the percentage of mechanically vs.This enables smaller motors to do the job of larger motors when compared to single-mode systems, because the derived electrical peak power is proportional to the width of the continuous variation range. The four fixed gears enable the Two-Mode Hybrid to function like a conventional parallel hybrid under high continuous power regions such as sustained high speed cruising or trailer towing.Typically, they are a parallel hybrid with start-stop and modest levels of engine-assist or regenerative braking. Mild hybrids generally cannot provide all-electric propulsion. Accessories can continue to run on electrical power while the engine is off, and as in other hybrid designs, regenerative braking recaptures energy. The large electric motor spins up the engine to operating-speeds before injecting fuel. Chevrolet was able to get a 10 efficiency improvement by shutting down and restarting the engine on demand and using regenerative braking. The electrical energy was used only to drive accessories such as power steering. The GM PHT used a 42 volt system via three 12 volt vented lead acid batteries connected in series (36V total) to supply the power needed for the startup motor, as well as to power the electronic accessories.However the GM BAS Hybrid System can also provide modest assist under acceleration and during steady driving, and captures energy during regenerative (blended) braking.The electric motor is mounted between the engine and transmission.IMA hybrids cannot provide propulsion on electric power alone. However, since the amount of electrical power needed is much smaller, system size is reduced.The system is disengaged in all other driving conditions, so it does not directly enhance performance or economy but allows the use of a smaller and more economical engine relative to total performance.A large, high-capacity battery provides battery-only operation. These vehicles have a split power path that allows more flexibility in the drivetrain by inter-converting mechanical and electrical power. To balance the forces from each portion, the vehicles use a differential -style linkage between the engine and motor connected to the head end of the transmission.A computer oversees system operation, determining how to mix the power sources. The Prius operations can be divided into six distinct regimes.Used for idling when the battery state of charge (SOC) is high. The power from the engine is split between the mechanical path and the generator. The battery also powers the motor, whose power is summed mechanically with the engine. If the battery state-of-charge is low, part of the power from the generator charges the battery. This electrical energy is used to drive the sun gear in the direction opposite its usual rotation. The end result has the ring gear rotating faster than the engine, albeit at lower torque. The battery powers the motor to complement the engine power. The battery provides power to both the motor (to provide mechanical power) and to the generator. The generator converts this to mechanical energy that it directs towards the engine shaft, slowing it down (although not altering its torque output).They offer greater battery capacity and the ability to recharge from the grid. They can be either parallel or series designs. They are also called gas-optional, or griddable hybrids. Their main benefit is that they can be gasoline-independent for significant distances, with the extended range of an ICE for longer trips. Electric Power Research Institute research found a lower total cost of ownership for PHEVs due to reduced service costs and gradually improving battery technology.One production PHEV, the Renault Kangoo, went on sale in France in 2003. DaimlerChrysler built PHEVs based on the Mercedes-Benz Sprinter van.The variety of electric-ICE designs can be differentiated by how the electric and combustion portions of the powertrain connect, at what times each portion is in operation, and what percent of the power is provided by each hybrid component. Two major categories are series hybrids and parallel hybrids, though parallel designs are most common today.This simply involves driving a motor so it acts as a generator.That concept is not unique to hybrids; Subaru pioneered this feature in the early 1980s, and the Volkswagen Lupo 3L is one example of a conventional vehicle that shuts off its engine when at a stop. Some provision must be made, however, for accessories such as air conditioning which are normally driven by the engine.A hydraulic accumulator stores energy. The vessel typically carries a flexible bladder of pre-charged pressurized nitrogen gas. Pumped hydraulic fluid is compressed against the bladder storing the energy in the compressed nitrogen gas. Some versions have a piston in a cylinder rather than a pressurized bladder. The hydraulic accumulator is potentially cheaper and more durable than batteries. Hydraulic hybrid technology was originally implemented in Germany in the 1930s. Volvo Flygmotor used petro-hydraulic hybrids experimentally in buses from the early 1980s.The system is under development by Eaton and several other companies, primarily in heavy vehicles like buses, trucks and military vehicles. An example is the Ford F-350 Mighty Tonka concept truck shown in 2002. It features an Eaton system that can accelerate the truck to highway speeds.A drawback was that the power motors were not efficient enough at part load. Focus switched to smaller vehicles. The BMW 530i gave double the MPG in city driving compared to the standard car. The test used the standard 3,000 cc engine. Petro-hydraulic hybrids allows downsizing an engine to average power usage, not peak power usage.All bulky hydraulic components were integrated into the chassis. One design claimed to reach 130mpg in tests by using a large hydraulic accumulator that is also the structural chassis. The hydraulic driving motors are incorporated within the wheel hubs and reversing to recover braking energy. The aim is 170 mpg in average driving conditions. Energy created by shock absorbers and kinetic braking energy, that normally would be wasted, assists in charging the accumulator. An ICE sized for average power use charges the accumulator.Motor Development International in France was developing such air-powered cars. A team led by Tsu-Chin Tsao, a UCLA mechanical and aerospace engineering professor, collaborated with engineers from Ford to get pneumatic hybrid technology up and running. The system is similar to that of a hybrid-electric vehicle in that braking energy is harnessed and stored to assist the engine as needed during acceleration.Common are parallel hybrids, e.g. a sailboat with oars, motorized bicycles or a human-electric hybrid vehicle such as the Twike. Some series hybrids exist. Such vehicles can be tribrid vehicles, combining three power sources e.g. on-board solar cells, grid-charged batteries and pedals.The figure shows some typical modes for a parallel hybrid configuration.The system replaced the alternator with a 12 kW (30 kW peak) brushless electric motor.Archived from the original on 2010-01-11. Retrieved 2010-03-18. Retrieved July 2014.Retrieved 2012-08-05. Download pdf file for detailed sales in 2011 and 2012 CYTD. Archived from the original on 2012-11-05. Retrieved 2012-11-01. Table shows September and October 2012 sales. Archived from the original on July 29, 2013. Retrieved April 18, 2013. Archived from the original on May 25, 2015. Retrieved April 18, 2013. Archived from the original on April 21, 2013. Retrieved April 18, 2013. By using this site, you agree to the Terms of Use and Privacy Policy. We delete comments that violate our policy, which we encourage you to read. Discussion threads can be closed at any time at our discretion. The company added an electric motor to a downsized version of the Civic's drivetrain to create a mild hybrid that's kinder to the environment. But after putting hundreds of miles on a Civic Hybrid, we think Honda would have done better by starting with a blank slate. True, the Civic Hybrid goes farther on a gallon of gas than its nonhybrid version, but it's slow and, in most areas, comes in a distant second to the Toyota Prius.It's different from a full hybrid power train; unlike the Prius--which has two power plants (gas and electric) that work alone or together--the Civic's gas engine is the star, and the electric motor is a supporting actor who occasionally takes the stage. In other words, the motor is as an electric turbocharger that boosts the Civic's gas engine from 85 horsepower to 93 horsepower when needed. As soon as you press the clutch, it calmly comes back to life, and you're ready to go. On hills or when accelerating, the electric assist smoothly comes online to give the engine a little boost, and the drivetrain acts like a generator to charge the battery pack during braking. The whole IMA process is seamless and barely perceptible to the driver. Plus, the nice mix of analog and digital gauges that reside behind the steering wheel shows you not only the basics but how much battery assist you're getting, whether the battery is charging, and its charge level. This superb blue-backlit instrument panel is much better for a quick glance than the Prius's video-game-like screen. As a result, to get going, you have to gun the engine and gingerly slip the clutch pedal of the five-speed transmission out so as not to stall it. The Civic's engine freely revs to its 6,000rpm redline and has a throaty exhaust note that will thrill car buffs, especially compared to the Prius's quiet efficiency. The Civic Hybrid can get to 60 miles per hour with a little wheel spin in a leisurely 12.1 seconds--1.8 seconds slower than the Prius--but compensates by being able to go from 30mph to 50mph in 4.9 seconds (the Prius took 7 seconds). Its MacPherson strut front and double wishbone rear suspension hug the road, but at 60mph, the car registers an annoyingly loud 75dBA (decibels adjusted), with a lot of road noise transferred into the cabin. Equipped with rear drum brakes, the Civic stops in just 135 feet from 60mph, a good 20 feet shorter than the Prius, which can be the difference between an accident and driving away. Our real-world fuel economy test yielded 41.6mpg, much better than the standard Civic, which is rated for 36mpg and 44mpg (city and highway, respectively) by the Environmental Protection Agency, but well off the pace set by the Prius; the Prius can go for a 550-mile journey on a tank of fuel. Honda also makes a model with an electronically controlled continuous variable automatic transmission that better uses the engine's available torque, but it's even slower and eats up 4mpg of the hybrid fuel economy advantage. Since the Civic sedan has a trunk, it can't hold as much as the Prius hatchback, particularly because the hybrid batteries reside in the back--thus, you can't fold the rear seats flat. Still, there's room for five adults to ride in moderate comfort. The car's upright design can't touch the Prius's sleek aerodynamics, but it doesn't look out of place among traditional cars and has a better line of sight than the Prius, which makes for more confident driving and parking. In spite of a nice cruise-control system with handy steering wheel adjustments, the Civic is greatly lacking in creature comforts and expansion options. There's an optional six-disc CD player, but the stock radio and single-CD player in our test model sounded tinny and harsh. If this is your car of choice, our advice is to have a car tuner graft on custom entertainment and navigation equipment. That said, there aren't too many more options--no satellite radio, DVD player, or emergency communications system, such as OnStar. Honda doesn't even offer a GPS navigation computer or a Bluetooth cell phone kit, both of which you can get with Toyota. It has air bags stashed in the steering wheel, the dashboard, and the sides of the front seats. They are smart enough to inflate based on the severity of the accident, and the side-impact bags use sensors in the seats to monitor the size and position of the occupant; they won't deploy for a child or a small adult who could be injured by the inflating bag. The car's front and rear have been designed to crumple on impact, and the car has achieved five-star ratings for both the driver and passenger on frontal impact as well as four stars on side impact and rollover protection. Honda's Web site provides all the basic information such as specs, FAQs, and explanations on how the hybrid works, but it goes a step further with Owner Link. This secure minisite can tell you about the car's maintenance requirements, how to keep it running like new, and how to get parts, and it provides a link to the nearest dealer for extra help. Honda also has a 24-hour toll-free support line; in our tests, a technician was available in less than a minute and correctly answered our question about the car. With an Escort's GT2 Vehicle Performance Computer monitoring the action, we start from a level stopped position, calibrate the device before each run, repeat each test at least three times, and average the results. While moving, we take note as to whether the car veers right or left or loses traction. The computer starts recording the braking distance at 60mph. While duplicating the driving route and conditions is impossible, we strive for a real-world mix of city (frequent stop and go), suburban (midrange speeds with occasional stops), and rural driving (steady highway speeds). We record an average the measurement over a 15-second period. GMC Hummer EV. It may not display this or other websites correctly. You should upgrade or use an alternative browser. It had the hybrid badging out back, no apparent MSD, --- pop-up? --- and a manual 5 speed transmission. And thats with the HSD demi-intelligence taking care of the basic gas-electricty energy management, and me being the higher order intelligence, I hope, integrating HSD energy output, traffic, potential and kenetic energies. I can't imagine doing all that, and coordinating a stick shift and clutch as well. Is there a dynamic interplay of gas and electric power or just one or the other? There's only 1 electric motor (15kW) and it is integrated directly with the engine, sharing the identical RPM all the time. Hybrids like Prius are the FULL type.Both the Insight and HCH had 5-spd manuals with CVT as an option. The 5-spd manual was not offered in Canada and in the US, was soon dropped in favour of the CVT.It had the hybrid badging out back, no apparent MSD, --- pop-up? --- and a manual 5 speed transmission. Is there a dynamic interplay of gas and electric power or just one or the other. I'm wondering maybe the hybrid badging is a red herring. Click to expand. You can follow the progress of an '05 5MT here as a group of people are going to reenact the North American portion of the 1908 Great Race. Hypermilers Re-enact the 1908 centennial of NY to San Francisco Race - CleanMPG Forums I would have went along to have a Prius represented but couldn't get the time off from work. It was one of the first Prius specific sites I visited in the final stages of my decision to buy. I got lost in there, I think I got to level five, but could never defeat the dragon and win my hypermiling powers. This is sort of like an elephant trying to talk to an ant. And then the ant said. So, simplistically put, the Civic Hybrid driver just stirs around with the stick shift and stomps on the gas, and the Honda demi-intelligence decides when to use gas or electric?Click to expand. Think of the Honda Hybrid system as a normal engine. With the Honda, the gas engine always runs, except when the car is stopped. It can only use gas and electric, or gas only. TomThis works well at constant speeds. The electric motor is needed for quiet engine restart and is used to provide boost and engine recovery to that tiny engine. The Honda gets good economy on the open road but less so in stop start city traffic. The engine must spin to drive the wheels. It works with a manual trans because when you lift your foot off the accelerator to change gear you also cut any boost from the electric motor. I think there is a consumption gauge somewhere on the dash board it just isn't a LCD screen.What comes after that in terms of a transmission largely doesn't matter, and can be a 5MT or the CVT as you've seen.