Posts filed under ‘Used Hybrid Cars For Sale In Sri Lanka’
Tax on Motor Vehicles Increased
The Government has revised taxes on cars, three-wheelers and motorbikes effective from today (31 March 2012) in a move to reduce import costs and motor vehicle imports.
Tax on Motor vehicles which include cars, vans, trishaws and motor bicycles have been increased with immediate effect. The Ministry of Finance and Planning announced today that the increase was made to ensure a drop in the vehicles imported to the country in order to reduce the high traffic congestions prevalent. The Ministry also said that this move will help bring down the use of fuel by motorists.
The classifications of the Tax have been made to correspond with the engine capacity of the vehicles. Hybrid vehicle production taxes below 1000CC have been increased by 14 % with tax for all hybrids above 3000CC being increased by 57%.
Production duties for cars and vans have been classified into the fuel type used together with the engine capacity. The tax for cars that use Petrol under 1000CC have been increased by 85% with cars having an engine capacity of over 3000CC being increased by 129%. The category between 1000 CC to 2000 CC have also been increased by 85%.
Production duties on Diesel cars have been increased from upto 114% to 173% to correspond with the engine capacity.
Import duty on vehicle spare parts have also been increased to correspond the highest value on either Specific Duty or Advolarum Duty disbanding the previous method of taxation on spare parts.
However there has been no change in the tax imposed on tractors, busses and Lorries.
Download (PDF) ප්රවෘත්ති නිවේදනය 
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Toyota Auris HSD Full Hybrid Car
A world premiere, the Auris HSD Full Hybrid Concept is exclusively designed for the European market. It introduces full hybrid technology to a mainstream model at the heart of the Toyota line-up, the first step in deploying Hybrid Synergy Drive® (HSD) across the company’s entire model range.
While benefiting from the advantages of exceptional fuel efficiency and low CO2 emissions inherent in Hybrid Synergy Drive®, the Auris HSD Full Hybrid customer will experience a refined and sophisticated driving experience due to the everyday usability, driving comfort and remarkable quietness of Toyota’s Full Hybrid powertrain.
The Auris HSD Full Hybrid accelerates from 0-100 km/h in approximately 10 seconds, yet returns class leading combined cycle fuel economy, and CO2 emissions below 100 g/km. Four driving modes, including ECO, POWER and EV on-demand modes further increase the capabilities of the Hybrid Synergy Drive® powertrain. They help customers develop relaxed, fuel efficient driving techniques and maximise system efficiency.
With solar panels applied to the entire roof surface, the Auris HSD Full Hybrid Concept further develops the field of solar powered ventilation. And inside, dash-top mounted solar panels generate sufficient power to recharge mobile phones or music players mounted in purpose-made charging trays.
Toyota Prius Start Up Problems
Toyota Prius (hybrid) wont start, what’s wrong?
When I pressed the power on button, nothing would happen. No lights, no sound, no response… the car was absolutely dead. (NHW 20)
What can I do? Is it a problem of the 12v battery? or the 400v? Can a Prius 2 be started with jumper cables on the 12v battery? Or should I just call the Toyota official dealer?
Please help, do you have any ideas or suggestions what I can do to get the car working or what is wrong? Dr. Sampath
Dear All, please check out this videos. hopefully this wasn’t a mistake & Don’t Let Your Prius’ Battery Die, Ever.
Thanks, Indrajith.
Porsche Panamera – Hybrid Now is Sri Lanka
The combustion engine is assisted by a 47 hp electric motor incorporated between the transmission and the engine. The motor is supplied by a high-voltage nickel-metal hydride battery located below the floor of the rear luggage compartment.
Together, the two units develop a maximum total system output of 380 hp and a maximum system torque of 428 lb.-ft. and accelerate the Panamera S Hybrid from 0-60 mph in 5.7 seconds. Top track speed is 167 mph. This is achieved with fuel consumption of just 7.1 l/100 km.
The interplay between combustion engine, electric motor and high-voltage battery is regulated by the electronic engine management system. It engages and disengages the combustion engine by means of a specially developed separating coupling. Thanks to the rapid-action separating coupling and the equally fast response of the combustion engine, these processes are performed comfortably and smoothly. You do not need to adapt to the system.
Panamera S Hybrid: Fuel consumption* in (l/100 km) urban 7.6 · extra urban 6.8 · combined 7.1 · CO2 emissions 167 g/km
* Figures for optional 19-inch All-season tyres optimised for rolling resistance in l/100 km: urban 7.4 · extra urban 6.6 · combined 6.8 · CO2 emissions 159 g/km.
Porsche Panamera 2011 S Hybrid Car
Hybrid Car Emergency Procedure
Hybrid Car Accident in Sri Lanka.
Extrication
1) Turn off ignition switch and remove key (if so equipped). This turns off the engine and the motor, which prevents electric current from flowing into the cables from the motor or high-voltage battery, and, turns off power to the airbags and the seatbelt pre-tensioner.
2) After turning off the ignition switch, it is recommended that emergency responders remove the key (if so equipped) so the car cannot be inadvertently restarted. To let everyone at the crash scene know the key is removed, give the key to the I/C, who will make a general announcement regarding the key. At this point, the high-voltage system has been isolated. This improves responder safety in and around the vehicle.
3) The next step is to shut down the 12V electrical system on the hybrid just as we typically do on any conventional vehicle involve din an MVA.
4) Locate the 12V battery. It may or may not be under the hood. In the Toyota Prius it is located inside the driver’s rear wheel well within the trunk. Either disconnect or double cut first the negative and then the positive cable. This disables the high-voltage battery controller, which prevents electric current from flowing into the orange cables and the high-voltage battery.
5) With the ignition key turned off and removed and the 12V battery disabled, the hybrid vehicle is safe to work on for vehicle rescue. High-voltage electricity still exists, but it is isolated to the battery pack, generally in the trunk of cars or under the rear passenger seat in pick-ups.
6) An alternative to disabling the 12V battery is to remove the HEV fuse, generally located in the engine compartment junction box. When in doubt pull all fuses in this box.
7) Stabilize the vehicle. Crib at four points directly under the front and rear pillars. Do not place cribbing under high-voltage power cables, exhaust system or fuel system.
8) At this point conventional rescue techniques may be used, including cutting of door hinges, modified dash roll, steering wheel displacement, etc. However caution must be used at all times to avoid cutting any high or intermediate-voltage lines.
9) Should a hybrid be involved in a rollover, end up on its roof, this may prevent access to the engine compartment and disabling of the 12V battery may not be possible. This poses a serious threat. If access to the 12V battery is not hindered, extrication can be handled as in any conventional vehicle rollover.
10) The removal of the roof of hybrids such as the Toyota Prius may be easily accomplished by opening the hatch to gain access for cutting of the pillars. The hatch will need to be opened manually with pry tools because 12V power is needed to open the hatch.
11) Hybrid identification tags are located in the rear and/or sides of the vehicle. Severe impacts in these areas could destroy or hide the identification tags. You must be sure to look for other hybrid identifications, make sure you are aware of the models on the road, and when in doubt assume the vehicle is a hybrid until proven otherwise.
FIRE
1) A fire involving a hybrid vehicle can be handled by following normal vehicle firefighting procedures. In a typical vehicle fire incident, the engine compartment, interior of vehicle or trunk area are burning. By following generally accepted fire suppression guidelines, crews attack the fire with an adequate water flow rate, working from a safe position of approach.
2) SCBA is worn throughout the incident.
3) The initial fire attack should be a fast and aggressive attack.
4) Fire crews may not be able to identify a hybrid until the fire has been knocked down and overhaul operations have commenced.
5) The wheels should be chocked as soon as safely possible.
6) During overhaul, the same steps defined in the extrication module should be used to disable the high-voltage system. (shut down power, disable 12V system)
7) Fire suppression crews will not be shocked or electrocuted during attack on a hybrid vehicle fire, even if flames are impinging on the battery pack itself.
8) There are potential, unique problems involving fire situations with hybrid vehicles. Any fire where there is direct flame impingement on the high-voltage battery pack would be an example. A fire that has originated within the battery pack itself or an electrical fire that begins somewhere within the high-voltage electrical system would also require special precautions.
9) Radiant heat could cause the modules inside the high-voltage battery to melt just as any plastic material would exposed to high temperatures. If heated sufficiently, it is possible the plastic casings could melt down, exposing the inner components of the high-voltage battery.
10) Copious amounts of water should be used quickly to eliminate radiant heat to the battery box and begin cooling the plastic battery cell modules in the high-voltage battery pack itself.
11) Should a fire in the Ni-MH HV battery pack occur, the I/C will have to decide whether to pursue an offensive or defensive.
12) If a melted nickel metal hydride (Ni-MH) battery is encountered, the I/C may want the nearest dealer of the vehicle notified to send a designated battery recovery specialist to the scene to deal with the damaged battery.
13) In the Ni-MH Product Safety Data Sheet, responders are advised that virtually all fires involving Ni-MH batteries can be controlled with water. The information sheet also recommends “In case of fire where nickel metal batteries are present, apply a smothering agent such as METL-X, sand, dry ground dolomite, soda ash, or flood the area with water. A smothering agent will extinguish burning nickel metal hydride batteries.”
14) Class D extinguishers are the recommended extinguisher to use with Ni-MH batteries. But…….
15) Not all Class D extinguishers are equal. Some contain particles of metal such as copper. Copper, for example, is one metal that may actually cause an adverse reaction with the high-voltage battery and generate hydrogen gas. In a small space, such as a trunk, this could cause an explosion.
16) Large amounts of water will not be able to directly attack a fire burning inside the battery pack unit itself. The metal cover of the pack prevents a direct attack on the internal cells of the battery. The water application, however, will cool the adjacent battery cells. Burning Ni-MH batteries will burn themselves out. Applying sufficient amounts of water will cool the metal housing of the battery pack and control the fire until the battery modules that are actually on fire burn themselves out. DO NOT EVER REMOVE THE COVER OF THE HIGH-VOLTAGE BATTERY PACK!
17) When water is used to extinguish Ni-MH battery fires, some hydrogen gas may evolve. In this situation ventilation will be needed to prevent a build up of the gas. Leaving the trunk, hatchback or battery compartment cover open is advised to ensure ventilation of the gas. If there is a concern that hydrogen gas is present, and ventilation is not possible, fire smothering agents are recommended.
18) A battery fire WILL produce toxic fumes, including oxides of nickel cobalt, aluminum, manganese, lanthanum, cerium, neodymium and praseodymium. Because of this, SCBA must be worn throughout the fire attack and during overhaul.
19) In addition, keep the “hot zone” clear of unnecessary personnel. Keep all “hot zone” personnel fully protected with structural clothing that addresses Level 3 hazmat personal protective clothing criteria and SCBA.
STEPS TO SECRURING HYBRID VEHICLE
1. Chock wheels
2. Remove/Find Key
3. Give key to I/C
4. I/C makes general announcement regarding key
5. Locate power button/Shut off power
6. Engage emergency brake
7. Cut negative 12V cable
8. Cut positive 12V cable
9. Do not touch or cut any orange or blue loom!
10. Wait 5 minutes before making any cuts for extrication!
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Hybrid Car users in Sri Lanka