Blogs

02-Sep-2024

In the EV industry, many rising names are getting their prime spots. One of the significant names is Dezhou Yuehang Vehicle Industry Co., Ltd. Since many questions arise in buyers' minds, some are very important to answer. That is about the quality of parts installed in them, along with overall performance. Besides, additional facilities highlighting a manufacturer's quality are part of it. Like that, you will find frequently asked questions with clear answers below. They will make things clear for you regarding the production and supply quality of the Dezhou Yuehang Vehicle Industry. Do Our EVs Have Maintenance-Free Batteries? Yes, the maintenance is hardly any, or you will barely count it. The batteries installed in them support stable charging and consumption without any maintenance. Unlike traditional batteries, this will save you time and cost. It is one of the advantages that the Dezhou Yuehang Vehicle Industry has over many other manufacturers. These EVs, whether one chooses sightseeing cars or golf carts, both have maintenance-free batteries. That will significantly reduce the burden on users who rely on these vehicles in tourism. How Many Batteries are in Our EVs? It depends on the size of the EV that you are going to use. Since there are golf carts and sightseeing cars, you will find differences in sizes. This is why some have five maintenance-free batteries, and some have six. It can also be a customized option because the battery installation depends on the size of the vehicle. You can choose the number of batteries based on the size of the EV you want. It will also affect the energy level of the car because batteries are the sole energy providers.  What is the Charging Time Limit of their EVs? The charging time for EVs is between six and eight hours. That will give enough time to refuel the batteries of sightseeing cars and golf carts so that they can function again fully. This charging duration suits people with a large fleet for hotels, resorts, and parks. These electric sightseeing cars of the Dezhou Yuehang Vehicle Industry will only need around seven hours to give users stable rides.  How Much is the Speed Limit in Their EVs? The speed limit for EVs is near 30 km/h here. The speed limit for sightseeing cars is 30 km/h, and the speed limit for golf carts is 35 km/h. These vehicles have a standard speed range suitable for their purpose. Since tourism and golf require low—or moderate-speed vehicles, this speed limit suits them.  How Much Cruising Range Do Their EVs Offer? The cruising range is also better than many, where 60-80 km is the distance for sightseeing cars. This speed increases for golf carts, and the range becomes 80-100 km. Dezhou Yuehang Vehicle Industry maintains this range for the best average. Using these vehicles for tourism and fun activities will cover the whole range optimally. The batteries inside them have enough charging to cover this distance. How much Gradeability is There in their Electric sightseeing Cars? The grade ability level in both vehicles available at Dezhou Yuehang Vehicle Industry is globally acceptable. That is between 25% and 30%, and this level makes these EVs safe for terrains. Slightly hilly areas will not bother you when you use these vehicles with such gradability. They can ascend and descend on medium-level slopes quite comfortably.  How Many Seats Are in Their E-Sightseeing Cars? You will find four seats in golf carts, enough for regular use. If you look at sightseeing cars, there is variety depending on the capacity you want to choose. That is the availability of 8, 11, 14, and 17 seats in sightseeing cars of Dezhou Yuehang Vehicle Industry. This wide range of products makes it an eccentric manufacturer in the industry. Does the Dezhou Yuehang Vehicle Industry Offer Customization?  Yes, customization is available in terms of vehicle colors. You will also find tailored motor installation with a custom power range. Depending on the possibility, the number of seats can also be considered a custom service.   How Much Motor Power is in their EVs? Both vehicles have motor power available in 5KW and 6KW. This power is good enough for AC motors installed in these electric sightseeing cars and golf carts. However, you can contact Dezhou Yuehang Vehicle Industry for power variations in custom service. Does the Dezhou Yuehang Vehicle Industry Supply Globally? Yes, it supplies EVs like sightseeing cars and golf carts internationally. You can place orders for the number of EVs you want to procure. The supply can reach almost anywhere in the world. 

14-Mar-2025

The world is quickly transforming into a digital form. Everything relies on electricity, and even the transportation modes are becoming electric. This is all about eliminating combustible engines for more options like electrical motors. Whether it is a car, bike, or truck, automobiles are becoming more sustainable. Even the environment benefits from them since pollution is involved in them. If you want to know more about them, here is all you can get. How EVs Revolutionized Our World Performance and Environmental Impact Performance is what makes them different. They are also more advanced than gasoline and diesel vehicles in this way. There are multiple reasons behind this, some of which are below. Also, this shows that the economic impacts are inevitable since the fuel source is completely different. Unlike combustible engines, these Electric Vehicles have motors that run on electricity.   • Single-gear transmission with Higher Torque A combustible-engine vehicle has multiple gears, while an EV has only one gear for forward movement. This is one of the most significant differences between them. With a single-gear transmission, an EV can move faster from its initial speed to its highest level. Just because there is no multi-gear transmission, the torque is higher in EVs. This is why there will be futuristic transportation in our world.   • Quiet Operations  Since combustible engines are not inside EVs, you will not hear the roaring sound of the engine. The motors installed inside them are much quieter than any other, so you will not find them making lots of noise on the road. Imagine if EVs replace traditional vehicles on the road. There would be less noise in traffic. Only the horns would be heard instead of the powerful engine's sound.  • Less Reliance on Combustible Fuel The best thing about that is that there will be less reliance on combustible fuel. This will drop massive demand worldwide, affecting the prices of the commodities. Since combustible fuel is extracted from petroleum, the global market is enormous. To cut down that demand, countries will have to switch to EVs. Then, the global reliance on petroleum will drop at a higher rate.   • Less Pollution and Noise The pollution will then automatically be reduced because combustible engines release carbon at a high rate. This is why these traditional engines are not suitable for the environment. Traditional vehicles are not safe in terms of air quality or sound. However, EVs do not release high carbon, nor are they very loud. The environment will be clean at a good rate, and the noise level will be much lower.  Design, Compatibility, and Economic Impact Not only are their performance and designs different from traditional vehicles, but this factor also affects a country's economy. Because of newer technology, there will be more industries in the future.  • Fewer Components and Lighter Weight There is no heavy engine in an EV so that you will find fewer components. Since there are fewer components, the vehicles will be of a lower weight. The bonnet will be mostly empty because an electric motor does not occupy much space. This significant difference makes EVs very lightweight, which also affects their speed. The performance level is better since fewer components make them less complicated. Another thing is maintaining the motor, battery, and other elements. There will be better and more durable batteries in the future, overcoming many challenges.  • Compatible with Solar Charging Systems The best part about EVs is that they need electricity, and people can use solar-powered chargers. This will be an almost free-of-cost charging method. It will be a one-time investment in solar panels, chargers, and batteries. Then, you can replace these charging devices after a specific time, like a couple of years or five years, to keep the process going. • Better Economic Growth with a Futuristic Approach The economy will also flourish once electric vehicles enter the full-scale market. Different industries will benefit, like EVs, their parts, batteries, chargers, charging stations, and even solar panels. This will open gates of employment and international trade. It will bring growth to the world with better technology and sustainability.  Users May Face Some Challenges  However, EV users face some challenges. These challenges are being tackled with consistent R&D work in the industry. Some are even being overcome, and some are still underway.  • Less Availability  EVs are not common yet, and they are even rare in some countries. The problem is that they might take more time to be fully available for consistent use. This is why there are also very few charging stations in most countries. Only a handful of countries have some charging points just because they have slightly better availability rates of EVs.  • Higher Prices The biggest challenge is the price since it is still the latest technology in most countries. Only the developed countries have better prices because they are ready to adapt these EVs for a better future. The developing countries are still struggling to keep the prices affordable. High import costs are one of the challenges they have to face, which leads to higher prices for EVs.  • No Backup and Range Anxiety Imagine you run out of battery power during your journey. That is the biggest fear of EV users. They do not want such risks, especially in states with few charging stations. These users have to carry special chargers to charge their EVs or rely on specific points where they can find charging stations. This creates range anxiety among their drivers, and there is no backup like traditional vehicles.  Conclusion This industry is developing better batteries and motors, which will give EVs an advantage. Likewise, users will benefit because they will use them on the roads.

21-Feb-2024

The advancement of electric vehicles keeps a transformative modification in the automotive industry that promises cleaner, greener, and more sustainable transportation options. As EV technology evolves, many consumers question electric vehicles' features, benefits, and practical considerations. Following are some common questions that people frequently ask. FAQs Q1: What is an Electric Vehicle? Electric vehicles, or EVs, are automobiles powered by rechargeable batteries. Unlike other engine vehicles that rely on gasoline or diesel fuel, EVs draw energy from electricity stored in onboard batteries. This shift from fossil fuels to electricity represents a fundamental change in automotive technology, with significant implications for energy efficiency, environmental impact, and driving experience. Q2: How Do Electric Vehicles Work? Electric vehicles are working on converting electrical energy into mechanical energy to drive the car. When the driver starts the engine and presses the accelerate pedal, the electricity from the battery pack is sent to the electric motor(s), which generates rotational force to drive the wheels. The absence of a traditional combustion engine means that EVs produce zero tailpipe emissions, resulting in cleaner air and reduced greenhouse gas emissions. Q3: What Are the Types of Electric Vehicles? There are varieties of electric vehicles on the market, with different features and preferences: Battery Electric Vehicles (BEVs): BEVs depend only on electricity for propulsion and do not have an internal combustion engine. They are fitted with large batteries that store energy for driving. Plug-in Hybrid Electric Vehicles (PHEVs): PHEVs feature an electric motor and an internal combustion engine. They can operate in electric mode using the battery or switch to gasoline mode for extended range. Q4: What Are the Benefits of Electric Vehicles? Electric vehicles offer numerous benefits compared to traditional gasoline-powered vehicles: Environmental Sustainability: EVs have zero tailpipe emissions, which decreases air pollution and greenhouse gas emissions contributing to climate change. Energy Efficiency: Electric engines are more energy-efficient than internal combustion engines and convert a higher percentage of energy from the battery into helpful work. Lower Operating Costs: EVs have lower fuel and maintenance costs than gasoline-powered vehicles, resulting in savings for owners. Quiet and Smooth Operation: Electric motors operate quietly and provide smooth acceleration, enhancing the driving experience and reducing noise pollution in urban areas. Energy Independence: With the evolution of renewable energy quotations such as solar and wind power, EVs offer greater energy independence and reduced reliance on fossil fuels. Q5: How Far Can Electric Vehicles Travel on a Single Charge? The capacity of an electric vehicle relies on factors such as battery capability, driving necessities, and vehicle efficiency. Modern EVs typically offer ranges ranging from 100 to 300 miles on a single charge, with some models exceeding 400 miles. The fear of running out of battery power gradually diminishes as battery technology improves and charging infrastructure expands. Q6: How Long Does It Take to Charge an Electric Vehicle? The charging period changes depending on the charging method, battery capacity, and state of charge. In general, EVs can be charged using these three methods: Household outlet: Using a standard household outlet (120 volts) typically takes several hours to charge an EV battery fully. Charging station: A dedicated charging station (240 volts) can significantly reduce charging time to approximately 4 to 8 hours for a full charge.   DC Fast Charging: High-powered DC fast chargers can restock EV batteries to 80% capacity in as little as 30 minutes, making them ideal for long-distance travel and quick stops. Q7: What Maintenance is Required for Electric Vehicles? Electric vehicles demand less care and maintenance compared to gasoline-powered cars. Typical maintenance tasks for EVs may include: 1) Tire rotation and replacement 2) Brake system inspection and service. 3) Battery system diagnostics and software updates 4) Cabin air filter replacement 5.) Cooling system inspection and fluid top-ups Q8: Are Electric Vehicles Suitable for Long-Distance Travel? Modern electric vehicles are increasingly suitable for long-distance travel, thanks to advancements in battery technology and the expansion of charging infrastructure. With a growing network of fast-charging stations along major highways and routes, EV owners can recharge their vehicles quickly during extended trips. Many EV manufacturers offer models with ample range and fast charging capabilities, making long-distance travel convenient and practical. Q9: Are There Government Incentives for Electric Vehicles? Many governments around the world offer encourage the adoption of electric vehicles. These incentives may include: 1) Tax credits or rebates for purchasing or leasing an EV 2) Reduced registration fees and vehicle taxes 3) Charging infrastructure grants and incentives 4) Corporate tax incentives for fleet purchases 5) Clean vehicle rebates for low-income households Q10: How Can I Charge an Electric Vehicle at Home? Charging an EV at home is convenient and straightforward. Most EV owners install a charging station (Electric Vehicle Supply Equipment) in their garage or driveway. The charging station has a 240-volt power supply and can fully charge an EV overnight. Alternatively, EV owners can use a standard household outlet for slower but effective charging.            

30-Apr-2024

This question comes to mind when one is in a dilemma of choosing between the best options. Many people want to switch to an electric mode of transportation, but they often get stuck in thoughts about post-purchase impact. No person wants to regret purchasing a high-end product even after thorough analysis. This analysis concerns price, maintenance, performance, and availability of spare parts. So, what you can have in return when purchasing an electric utility vehicle is below.   1. Low Carbon Footprint  The first and most apparent reason you should go with an EUV is its eco-friendly operation. There will be no or the most diminutive carbon footprint, which will benefit the environment. Frequent use of an electric utility vehicle will not cause much environmental pollution, which you don't find in traditional utility vehicles. Traditional types release smoke, which contributes to high pollution in the air. If you live in a country with excellent air quality, that country's government may discourage you from using gasoline or diesel engines.  Its Future Impact In the next few years, you will see a massive difference in automobile purchase behavior, where buyers will shift towards fully electric vehicles to save money on fuel and maintenance. EUVs are in the same industry, and buyers in domestic and industrial sectors will shift towards sustainable mode. The charging time is short because better batteries and charging devices are entering the industry. The charging depth is improving with more outcomes in the running period of vehicles. In this case, you can choose the electric type because this is the future. 2. Reduce Not Only Air Pollution But Also Noise Pollution Air quality will improve, and noise pollution will drop. That is another advantage of electric utility vehicles compared to traditional types. Gasoline engines are loud, and they cause not only air pollution but also noise pollution. Users who have to transport utility goods frequently will love to use a quiet mode of transportation. When you switch to EUVs, they offer dual benefits. One is what you read above, and the other is silent operation.  Impact on Surroundings  The motor installed in it, which runs the whole structure, is quiet compared to gasoline engines. It significantly impacts the surroundings as people around you will not be bothered. Then, you can use your EUV whenever you want. Even at night, you can transport stuff without causing noise in society. People notice everything, and some housing societies have strict rules. Breaking those rules can bring many problems for owners of traditional utility vehicles. If you want to adhere to regulations, an electric type will be perfect for noise control.  3. Electricity is Cheaper, and Solar Panels Bring Boost   There is no doubt that electricity is cheaper than gasoline in developed countries. These are the countries where you can find the highest consumption level of electric vehicles. That is another acceptable advantage when using an electric utility vehicle. You do not need to look for a gas station to fill the fuel tank. Just charge your car at a very cheap price.  No Fuel Issue When Solar Energy is Available If you have solar panels installed at your home for charging, that will be the most economical way to use your vehicle. Finally, you will avoid massive expenses by purchasing an electric car. Solar energy is free for everyone, and you can charge your vehicle with it. In addition, you will find more charging stations with low service prices in the future. Solar panels in your garage or parking lot will be available to charge your vehicle all the time.  Yes, there might be some challenges, like waiting for batteries to fully charge and running out of battery power during a long drive. However, there are solutions for these challenges, too. It is the 21st century, with more options and facilities than before. 4. EUCs Have Slightly Lower Maintenance Cost  You need to hear about the maintenance cost. When you use a gasoline- or diesel-based utility vehicle, some expenses come periodically. That is about the maintenance cost, which users must endure. That cost keeps increasing as the car gets older. However, switching to an electric type can eliminate such expenses. An electric utility vehicle has a lower maintenance cost. This is another top advantage you can find when using them.  No Need for Oil Change  Since an electric utility vehicle has no engine but an electric motor, there is no need for engine oil. There will also be no need for maintenance. Eliminating the cost of such fluids gives it some advantages over the traditional type. However, the cost difference is slightly lower, which gives users mental peace. 5. Initial Cost is Higher, But Benefits are Long Term You may face a challenge initially when purchasing an electric utility vehicle, and that is its purchase price. The reason is the technology and the cost behind that. R&D work is not an ordinary thing, which is why any tech product's price depends on its backend research. Since this technology is a later one, the cost of an EUV is higher than the gasoline/diesel type.  However, the benefits are more in the electric type. All the benefits you read in this blog have a long-term impact on users' lives and the environment. Many governments offer relief or subsidies to electric vehicle users since they comply with environmental protection. The quality of life index is related to it, which has to be maintained by every country's government, especially the developed ones.   

02-Feb-2024

The sudden popularity of golf carts has recently overtaken the transportation sector. These carts, usually seen only at golf resorts, are now used by people to commute. These golf carts are not limited to underprivileged areas; such carts are primarily seen in suburban upscale neighborhoods and regions of the city. Golf carts nowadays come in electric versions, and more and more people are realizing the benefits of using these carts to cover short distances and for everyday errands. Let us look at how these electric golf carts make life easier for the ordinary household.  Environmentally Friendly Transport Alternative More and more people realize they must make some choices to reduce their carbon footprint. And driving an electric vehicle, even a tiny electric golf cart, is a step in the right direction. Golf carts have zero emissions, which makes them perfect for traversing short distances. So whether you have to pick up groceries from nearby or pay a visit to a nearby friend, taking the small golf cart is convenient.  Their small size makes it easy to park anywhere, and you can travel with a conscience free from the guilt of polluting the environment. Moreover, the ride quality is not bad since electric golf carts tend to be silent. Many people are willing to compromise on speed for a short distance, and dense traffic in urban areas does not allow for speeding anyway, so these carts are an excellent choice for commuting. Cost-Efficient & Low Maintenance The difference can be astronomical if we compare the maintenance cost of a petrol vehicle and an electric golf cart. This stays true even between a gas-powered and electric golf cart. Part replacement is a hassle, and a gas or petrol-guzzling vehicle demands a non-existent maintenance schedule for an electric cart. Forget about checking the air filter, water, or other engine components since an electric golf cart does not need these components. All you need to do is to check the batteries and get them replaced every 5 to 7 years. The sky-high petrol prices do not do any favors for a traditional vehicle either. So, these cute golf carts are the way to go for a shorter commute. In terms of maintenance costs, you are sure to save a fortune.  Insurance is So Budget-friendly Unlike car insurance, the insurance cost for an electric golf cart is not heavy on the pocket. This counts in the long term, so keeping a conventional vehicle for long commutes and a golf cart for shorter ones rather than two cars that double your insurance cost makes sense.    Customized Refurbishment There is a whole market of used electric golf carts with endless choices for buyers to personalize the styling of the vehicles to suit their taste. From fitting alloy rims to custom colors and seating and even fitting sound systems, buyers can remake a used golf cart if they have money to spare. That is not the case with a used gasoline car with factory-fitted parts.  Sightseeing has never been more accessible. Tourism is hugely benefitting from using electric golf carts. These carts have proved immensely cost-effective as they do not require fuel. Since the tourism industry utilizes sightseeing carts continuously, these golf carts mainly come in handy as sightseeing carts that make taking tours fun for tourists.  Operation Cost Comparison If we compare operating a petrol vehicle with an electric cart, several factors must be considered for an accurate idea, so let's dive in.  1. Fuel vs Electricity Gasoline prices undergo wild fluctuations, which is not the case with electricity costs. Charging a golf cart will cost far less than filling a gas-powered vehicle. 2. Maintenance Electric golf carts do not have many moving parts, so you will not have to spend on oil changes or other traditional car expenses, making the operation of golf art effortless.  3. Long-Lasting Electric golf carts have a winning edge over gas vehicles regarding usage life. When maintained properly, they give more mileage than vehicles.  

30-Jan-2025

Electric shuttle buses make routine maintenance much easier, which is one of their most significant benefits. Electric buses have fewer components than conventional buses, which enables them to operate; hence, they require minimal maintenance. In particular, they should have a strict schedule for vehicle pickup and servicing or at least ensure timely battery replacement to ensure the shuttles' electric mode is reliable and lasts longer. This paper agrees electric fleets need constant inspection and rapid issue resolution for optimal functionality. Advantages Of Electric Shuttle Bus 1. Environmental Benefits: In this paper, electric shuttle buses are considered as an ecological means of transport. They emit no tailpipe pollutants, a factor that makes the latter far superior to conventional buses in use today. It helps also in reducing the emission of air-borne pollutants hence has a great contribution in combating climate change. 2. Energy Efficiency: By nature, all commercial electric vehicles, including electric shuttle buses, are generally the most efficient. The electric motors can develop power at the wheel by converting electrical energy from the grid. 3. Cost Savings on Fuel: Electric shuttles significantly reduce the cost of fuel as opposed to fuel because electricity is cheaper than fuel. They are more energy efficient. 4. Reduced Noise Pollution: Shuttle electrified buses run more silently than regular buses with internal combustion engines. Noise management can be most effectively done in densely populated areas and areas close to residential buildings. 5. Lower Maintenance Costs: Electric vehicles, such as electric shuttle buses, have fewer parts than other buses, so their maintenance is low. These lower maintenance costs over the vehicle's life promote the sausage of electric vehicles. Some customers can recover a part of the initial cost through government incentives. 6. Enhances the Image of the Brand: Those who use electric shuttle buses express concern for environmental issues and being green; this can reshape consumers to engage the employers' brands. 7. Braking With Regeneration: A feature common to electric buses is the regenerative braking system, in which kinetic energy can be converted to electric energy during braking. This reduces wear on ordinary braking systems and enhances energy utilization. 8. Innovative Technologies: Several electric shuttle buses are also fitted with additional technologies such as battery management systems, telematics, and connectivity that enable their operators to manage better and remotely monitor such buses. Maintenance of Electric Shuttle Bus 1. Battery Maintenance: Ensure you practice the battery system check-up and maintenance period frequently. Some things that need to be considered are checking the battery for any types of wear, ensuring the charging procedure is correct, and rectifying anything wrong with the battery immediately. 2. Electric Motor Inspection: Check the electric motor often for signs of wear or malfunction. This standard check will help determine and solve the problem before it becomes significant. 3. Brake System Checks: Electric buses employ a regenerative system, yet regular brakes are present, requiring periodic inspection to determine whether they are functioning optimally. 4. Cooling System Maintenance: This is because the work and resources of electric vehicle batteries are highly sensitive to overheating, and hence, the battery's cooling system needs to be cared for. 5. Tire Maintenance: One should always check and, if possible, ensure their tires are overinflated. Tire maintenance, as an aspect of vehicle maintenance, increases vehicle energy efficiency and overall performance. 6. Software Updates: You should also ensure that your car's software and connectivity parts are up to date. At other times, this can correct functionality issues, reduce weaknesses, and enhance security. 7. Training for Maintenance Personnel: Thus maintenance personnel must be familiar with electric vehicle systems to prepare for electric bus maintenance. 8. Scheduled Inspections: Overhaul it regularly at an interval to identify any issues that escalate into issues in advance. 9. Record-Keeping: Documented all the possible car maintenance, inspection, and repair to study the vehicles' background and meet the warranty specifications. 10. Emergency Plan: There is always some contingency that crops up during an event, and thus, there must be proper response plans. The implementation is often launched with little or no notice when designing a plan. Conclusion: The electric shuttle buses have some advantages over the other buses in many ways. They are environmentally friendly, act as anti-pollution agents and anti-emission devices, and ensure the city's unrestricted clean airflow. Their maintenance costs are low; their lifespan is greatly enhanced because they have fewer parts to fail. If you are still worried about electric shuttle buses, you should know that the primary purpose of electric shuttle buses is not just to provide transport; they are the means to create a better, more efficient, and fantastic world.