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Body color and LOGO can be customized according to customer needs
Electrical system |
controller |
AC asynchronous controller |
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Battery |
Special maintenance-free battery for traction 72V (8V*9 pieces 150AH) |
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Motor |
Special AC asynchronous motor 72V/5KW |
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Charger |
Computerized intelligent car charger 72V/25A, charging time <8 hours |
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DC Converter |
High power isolated DC converter 72V/12V-500W |
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Body configuration |
Front shield and wiper |
Automotive laminated glass, wiper blades |
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Roof |
Aluminum profile frame and GFRP fiberglass roof lightweight design |
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Cushion |
Ergonomic design, luxurious PU fabric seats are made of cold hair sponge and not easily deformed. |
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Floor |
Aluminum alloy anti-slip floor |
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Body |
The body is lightweight designed with sheet metal, GFRP fiberglass and aluminum profiles, also beautiful and durable,lightweight and other unique advantages |
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Chassis |
Made of national standard steel, the main beam is made of patented technology for tailor welding and pickling, phosphating, cathodic electrophoresis and anti-rust treatment. |
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rearview mirror |
Adjustable for each hand、foldable exterior rearview mirror |
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Led light signal |
Headlights, turn signals, reversing lights, brake lights |
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Dashboard |
Molded dashboard, electric car combination meter, electric lock switch, combination switch, single-position wiper switch, emergency double flash switch |
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steering system |
Two-way rack and pinion steering system, automatic gap compensation function, EPS electric power assist | ||||
| Brake system | Front disc and rear drum + hydraulic dual-pipeline braking system, vacuum electronic assist + handbrake parking | ||||
| suspension system | Front: MacPherson independent suspension Rear: Longitudinal leaf spring non-independent suspension + damper |
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| audio speaker | USB playback host can be plugged in and dual speakers,Whistler, reversing reminder buzzer | ||||
| wheel | 165/70R13C+ wheel cover | ||||
| Technical parameters | length*width*height | 4650*1500*2060±5(mm) | curb weight | 1120（kg） | |
| Rated number of passengers (people) | 11 | Trunk size | --- | ||
| Maximum driving speed | ≤30km/h | Trunk load | --- | ||
| Driving range | ≥90（km） | minimum ground clearance | ≥150mm | ||
| Maximum grade | ≤10% | Wheelbase | 2820±10(mm) | ||
| Slope holding performance | 20% | Wheelbase (front/rear) | 1285/1325（mm） | ||
| Minimum turning radius | ≤5.2m | braking distance | ≤5m | ||
| Optional parts | Aluminum alloy，sunshade unit，Astern image，small fan，bus seat,Luxurious seats,high power system | ||||
Introduction to sightseeing cars
The sightseeing car produced by our factory is a pure electric drive vehicle commonly used for sightseeing. It is mainly suitable for scenic spots, large playgrounds, parks, real estate, resorts, university campuses, stations, airports, ports and terminals, industrial and mining enterprises, exhibition receptions, etc. Car for short distance use.
There are mainly two series: closed and open styles.
The following is an introduction to electric sightseeing cars. Three core technologies,
Batteries, motors and control systems
The driving power source of electric sightseeing cars is the battery. The battery is related to the mileage and electric energy conversion rate. The commonly used batteries we currently use include lead-acid batteries and lithium batteries. There are also sightseeing cars that use solar panels, but they all use solar panels to power the batteries. Charge and then drive the motor. . The motor is the decisive factor in vehicle power. Common ones include DC motors and AC motors. The greater the power of the motor, the stronger the power. The control system determines the speed control of the entire vehicle, thereby determining the customer's experience.
The three major systems are reasonable. Make the vehicle run more stable, drive more comfortably, and have a longer service life, which is also the most important quality guarantee besides price and appearance.
Common sightseeing car seats include 8 seats, 11 seats, 14 seats, 17 seats, 23 seats and other types. According to the position of the steering wheel, it is divided into left and right rudders. This is the same as that of small cars. According to the driving habits of different countries, there are left and right rudders. Electric sightseeing cars are not road vehicles, but special equipment.
Rechargeable battery. Internal equipment such as tires, motors, and control panels determine the performance indicators of electric sightseeing vehicles. Different accessories have different prices. The current price of electric sightseeing cars on the market ranges from 30,000 to 80,000. The specific price depends on the configuration of the vehicle and the number of seats. The company supplies various types of electric sightseeing oil trucks, with various styles, novel and unique, and can be customized for production.
Our company's sightseeing cars attract users from the outside to the inside. The full and shiny paint and streamlined appearance design not only show the advanced technology, but also give the product a unique dynamic beauty that makes people fall in love at first sight. At the interior design level, it follows the minimalist aesthetic concept, while incorporating exquisite ergonomic considerations, making the space practical and ensuring the ultimate comfort in the riding experience. It uses a 72-volt AC system and a 7.5kW motor, which gives it excellent controllability, impeccable safety, and surging power output. It has high safety performance. Whether it is a steep slope or a mountainous area, it can give you an experience like An experience like walking on flat ground
Basic composition
The electric sightseeing car consists of three parts: electrical system, chassis, and body.
1. The electrical system is divided into two systems according to function:
(1) Power system—maintenance-free battery, motor, etc.
(2) Control and auxiliary system - electronic control, accelerator, switch, wiring harness, charger, etc.
2. The chassis is divided into four systems according to functions:
(1) Transmission system - clutch, gearbox, universal drive shaft device, main reducer in the drive axle, differential and half shaft, etc.;
(2) Driving system - plays the role of link and load-bearing. Mainly including frame, axle, wheel and suspension, etc.;
(3) Steering system - including steering wheel, steering gear and transmission rods, etc.;
(4) Braking system - used to control vehicle speed and stop. Includes brakes and brake controls.
Body - used to ride the driver and passengers.
Tips for buying a sightseeing bus
1: When purchasing an electric sightseeing car, you must not only pay attention to its appearance, but also have a deep understanding of its battery capacity. Only batteries with large capacity, long life, and high safety can ensure the smooth operation of the sightseeing car.
2: Check whether the tires are in good condition. Only when there is sufficient power and the tire gas is saturated can you drive with confidence.
3: When you need to buy an electric sightseeing car, you can go to a professional company for consultation. A company that integrates R&D, design, and sales is the best. Only large-scale companies can provide high-quality products and excellent after-sales service,
4: Before purchasing, you must ask about the other party's after-sales guarantee work, such as: whether the after-sales service is timely, and generally one-year warranty, but buyers can actually get 2 years, and for large quantities, it can be 3 years and require stationed technicians.
5. Be sure to purchase from a fully qualified manufacturer. Only a fully qualified company can provide complete "licensing" information and safe and reliable products. Otherwise, it will not be "licensed" and the vehicle will not be able to be used normally.
Maintenance
Loss of power is strictly prohibited
The battery of the electric sightseeing car is strictly prohibited from being in a depleted state when stored. The power loss state refers to the fact that the electric sightseeing vehicle has not been charged in time after being used for a long time (after one month). When batteries are stored in a depleted state, sulfation is likely to occur. Lead sulfate crystals adhere to the plates and block the ion channels, resulting in insufficient charging and reduced battery capacity. The longer the idle time is in the depleted state, the more serious the battery damage will be. Therefore, when the sightseeing car is idle, it should be recharged once a month, so as to better maintain the reduced battery capacity.
Regular inspection
During use, if the cruising range of the sightseeing car suddenly drops significantly in a short period of time, it is likely that there is a problem with at least one battery in the battery pack. At this time, you should go to the nearest electric vehicle maintenance point or measure with a multimeter in time and stop using the vehicle. Then go to the electric sightseeing car production and sales center or agent maintenance department for inspection, repair or assembly. This can relatively extend the life of the battery pack and save money to the greatest extent. Avoid high current discharge
When starting an electric sightseeing car, carrying people, or going uphill, try to avoid slamming on the vehicle to accelerate, causing an instantaneous large current discharge. High current discharge can easily lead to the formation of lead sulfate crystals, thereby damaging the physical properties of the battery plates.
Charging time
During use, the charging time should be accurately grasped according to the actual situation, and the charging frequency should be determined with reference to the usual frequency of use and mileage. After being fully charged, charge the battery if the running time is short. The charging time should not be too long, otherwise it will cause overcharging and cause the battery to heat up. Overcharging, overdischarging and undercharging will shorten battery life.
Avoid plug heat
Loose 220-volt power plug or charger output plug, oxidation of the contact surface, etc. will cause the plug to heat up. If the heating time is too long, it will cause the plug to short circuit or have poor contact, damage the charger and battery, and cause unnecessary losses. Therefore, when the above situation is discovered, the oxides should be removed or the connector should be replaced in time.
Check tire pressure regularly
Keep tire pressure at the correct pressure; tire pressure must be checked every two weeks or at least monthly;
Incorrect tire pressure will cause power consumption, short driving mileage, reduce driving comfort, reduce tire life and reduce driving safety;
Other notes
1. Before leaving the vehicle every day, check whether the battery is sufficient, whether the brake performance is good, whether the screws are loose, etc. If there are any faults, they should be repaired and eliminated in time. Only when the inspection is completed and there are no faults can the vehicle be driven out;
2. Charging should be done in a place out of reach of children;
3. Every time you park your car, you must turn off the power switch, pull out the key, move the gear switch to the neutral position, and pull up the handbrake;
4. When repairing or replacing batteries or electrical appliances, you must turn off the main power switch before operating;
5. Children should unplug the key switch when playing in the car to avoid danger;
6. Before driving an electric vehicle, you must check whether the door is closed tightly;
7. When a fire occurs due to an accident or other reasons, the main power switch should be turned off immediately.
Performance check
·Forward/Reverse control: Check whether the operation is correct.
·Brake: Make sure the brake is functioning correctly. When the brake pedal is fully depressed with appropriate pressure, the vehicle should stop smoothly and in a straight line.
·Parking Brake: When locked, the parking brake should lock the wheels and keep the vehicle stationary. It should release when the accelerator pedal is depressed.
·Reversing buzzer: When the forward/reverse switch is placed in the R "reverse" position, the reversing buzzer should sound as a warning.
·Steering: The vehicle should turn easily and there should not be any movement in the steering wheel.
·General: All parts should be in the correct location and installed correctly. Make sure all nuts, bolts and screws are tightened.
·Safety signs and information signs: Check to make sure all safety signs and information signs are in their proper place.
·Tires: Check for correct pressure. Visually inspect daily for wear, damage and proper inflation.
·Battery: Check electrolyte to ensure correct level. Check the battery terminals. Leads should be tight and free of corrosion.
·Charger cords, plugs, and sockets: Visually inspect for cracks, loose connections, and frayed leads.
