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Jan 31,2024

Home Charging Your EV: How to Take the First Step Into Future

The rise of electric vehicles has begun, and shortly, we can expect to enter a new age dominated by clean energy. Electric vehicles, or EVs, can potentially revolutionize the automotive industry and how we think of traditional cars. Owning an EV comes with numerous benefits apart from eco-friendliness. Not only do they perform better than conventional automobiles in terms of handling and acceleration, but most EV brands have cutting-edge features. Luxury features are a standard in electric vehicles. One great convenience that cannot be overlooked is EV charging, which has truly redefined what it means to fuel your car.

 

Now you must plug your car into your cellphone and charge it at home. Although there are EV charging stations just like gas stations, what makes charging EVs convenient is that they can be plugged in at home in the evening and charged throughout the night, so you wake up to a full battery. Isn’t it just brilliant? There is no hassle lining up at the petrol station to fill your car’s fuel tank. Neither do you have to worry about a fuel shortage, and once you add up the savings on the budget, you can see why life is more accessible for an electric vehicle owner. 

 

Charging Your Car At Home: What You Should Know

Charging your car sounds fantastic, but choosing the right type of EV charger module is essential. There are numerous EV charger modules available in the market that countless brands offer, so making a decision is not easy, and this is not helped by the fact that this is a new technology that many people don’t know about. Buying the wrong charger can overcharge your car battery and shorten battery usage life. Following are some must-have features that an EV charger should have

 

Adequate Cord Length

Buy an EV charger with a cable length of more than 20 feet. A longer cable means more options for plugging your vehicle in different positions. A longer charging cable means parking your car in the garage while charging is unnecessary. If your office has a charging port, the vehicle can be plugged in even if parked far from the charging station. What makes a long cord particularly useful is that it can be easily connected regardless of where the socket is on the car. 

 

Wi-fi Connectivity

Although most EV charging modules are not required to be connected to wi-fi, some tech-savvy EV owners want to know and have data about each charging session to understand how much electricity is utilized. Smart EV chargers connect with the wi-fi and display data about each charging session. These chargers track the electricity used and calculate the cost of each charging session. These intelligent chargers also have handy features like setting a scheduled charging time. This feature is convenient if you want to save on power bills by charging the car during off-peak hours. You can set the charging time. The charging module will only activate during the designated time and remain off even if plugged in, turning on only at the set time by the user.

 

Quality Certification

Don’t even think of purchasing an inferior-quality charger, as such charging modules can use up more electricity, which will make your power bill shoot up or cause a house fire due to a faulty connection. Don’t compromise your safety for a cheaper price. Top quality EV chargers bear a quality certification by a trusted safety regulatory company such as Intertek (ETL) or Underwriters Laboratories (UL). So always buy from a reliable EV charger module manufacturer that makes charging modules according to the regulatory requirements. 

 

Charging Output

The output current of an EV charging module is denoted by kilowatts. More power is better and would charge the car faster, but that is not true with EV cars. Too much energy can be harmful to the car’s internal battery. More on this later. 

 

How Much Output is Enough?

Well, the amount needed to charge depends on the size of the EV. A medium-sized SUV will need 9.6 kilowatts of power that can increase mileage by 29 miles per hour. For larger pickup trucks, that current rating is higher at 11.5 kilowatts. For the record, a standard 9.6-kilowatt charge is 40 amperes and delivers 240 volts. For home charging, charging speed is not a very significant factor. Most EVs need 8 to 12 hours to charge fully at the power rating stated previously. This can easily be achieved during an overnight charge.

Moreover, most EV owners do not need to charge from scratch daily. A total capacity is not necessary either. An 80% charge is sufficient for daily commutes, and the battery only gets depleted to 30% for daily routine tasks. So charging a battery from 30 to 80% is enough and prolongs a battery usage life. A full charge will only be needed if you plan long trips. 

 

Home Installation of EV Module: Does it Cost Much?

Installing a home charging station for EV charging can be expensive, but you should remember the immense benefits of home charging your vehicle. A typical installation job can cost anywhere from $1150 to $2750 to buy and install an EV charging module. A high-quality charger is worth between $350 to $750. Installation expense figures are $800 RO $2000, according to a top national EV charging specialist installer, QMerit. The rates for installation are not the same for everybody. Labor cost varies from area to area. The power rating of the charger plays a role in installation costs. A significant factor that inflates the installation bill is the distance of the charging module from the electrical panel. In exceptional cases, the bill can become hefty if the home has an obsolete electrical panel or the panel cannot accommodate a new 240-volt circuit. Fitting a larger panel adds a couple of thousand dollars to the installation bill. 

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Power Up with Battery Charger Modules: An Overview of Types and Benefits

Battery charger modules are devices that are designed to recharge batteries efficiently and safely. These modules are used in a wide range of applications, from small consumer electronics to electric vehicles. In this blog post, we will provide an overview of battery charger modules, how they work, and the different types of battery charger modules available.   What is a Battery Charger Module? A battery charger module is an electronic device that charges batteries by converting AC power to DC power. The charger module regulates the charging current and voltage to ensure that the battery is charged safely and efficiently. The charger module may also include protection circuits to prevent overcharging, over-discharging, and overheating of the battery.   How to do Battery Charger Modules Work? Battery charger modules work by converting AC power to DC power and regulating the charging current and voltage. The charger module may use different charging algorithms, depending on the type of battery being charged. For example, lead-acid batteries require a different charging algorithm than lithium-ion batteries.   Types of Battery Charger Modules: There are several types of battery charger modules available, including: Linear Charger Module: A linear charger module is a simple charger module that uses a linear regulator to regulate the charging current and voltage. Linear charger modules are suitable for small batteries and low-power applications. Switching Charger Module: A switching charger module is a more complex charger module that uses a switching regulator to regulate the charging current and voltage. Switching charger modules are suitable for larger batteries and higher-power applications. Solar Charger Module: A solar charger module is a charger module that uses solar panels to charge batteries. Solar charger modules are suitable for off-grid applications, where no AC power is available. USB Charger Module: A USB charger module is a charger module that is designed to charge batteries from a USB port. USB charger modules are suitable for small batteries and low-power applications.   Advantages of Battery Charger Modules: Battery charger modules offer several advantages over other charging methods, including: Safety: Battery charger modules include protection circuits to prevent overcharging, over-discharging, and overheating of the battery. Efficiency: Battery charger modules regulate the charging current and voltage to ensure that the battery is charged efficiently. Flexibility: Battery charger modules can be used with a wide range of batteries and applications.   Conclusion: Battery charger modules are essential devices for charging batteries safely and efficiently. There are several types of battery charger modules available, including linear charger modules, switching charger modules, solar charger modules, and USB charger modules. Each type of charger module has its advantages and is suitable for different applications. When selecting a battery charger module, it is important to consider the type of battery being charged and the application's power requirements. Explore our related blogs. Click here to read more and expand your knowledge.   

Revolutionizing Electric Mobility: The Role of EV Charger Modules

It is just about some years and we might be witnessing electric vehicles everywhere. Cleaner air quality and lower damage to the ozone layer with EVs are going to be a reality. Since it is linked to sustainable resources, solar energy, we can consider EVs the best option in the future. There will be the least carbon emission as compared to combustible-fuel vehicles, which consume diesel, petrol (gasoline), compressed natural gas (CNG), ethanol, and even hydrogen. These are the fuels that have been causing air pollution, which is contributing to massive global warming. However, the time is changing, and the severity is leading industries to sustainable options. EVs are taking over the transportation system with their convenient charging system, and cleaner consumption modes. To illustrate, we are about to shed some light on the role of EV charge modules in revolutionizing electric mobility.   Faster Charging to Save Time for Commuters The charging speed is usually 4 hours to 6 hours for an EV, but it depends on the type of module and battery capacity. The role of an EV charger module is to accelerate the charging process. It means that the battery will be receiving the ions in larger bands in a very short time. As the technology is upgrading, the charging modules are also getting smarter. They can evaluate battery conditions to charge accordingly. In recent years, the focus of more electric vehicles on the road has been given. It has opened the gates for faster charging, so people can save time and resources.      Dynamic Conversion of Current In early technology, chargers were limited to only specific types of batteries and modes. As the research and development works are progressing, the conversion of energy is getting faster and more dynamic. You can find options in EV charger modules from AC to DC, AC to AC, DC to AC, and DC to DC. That will make them charge almost every kind of EV whether it is a car or a bus. All it has to do is detect the type of battery and its requirements. After that, it can convert the current accordingly.  This safe conversion is proof of why EV charger modules are revolutionizing electric mobility. In early times, there were many limitations on the conversion of currency. Most chargers were capable of producing only around 7.5 kW power but now, they can produce up to 20 kW. This limit expansion can make EV charger modules more powerful to deal with massive batteries.   Protection of Batteries from Overcharging  Overcharging can damage any battery whether it is an EV or any appliance. When the ions exceed their limit, the battery has to face the damage. This is the problem, which is common with every appliance, which needs charging. However, this problem has been dealt with by the automatic turn-off feature. The most advanced feature of these modules is that they automatically turn off as soon as the battery fully charges.  This feature was made possible through a voltage regulator. It controls the voltage and supply of charge in the battery as per the battery limit. Since EV charger modules have a feature that shows battery levels as soon as the cord is connected. It helps EV users to know about the charging limit and duration just like in cell phones. As a result, the batteries of EVs remain safe from overcharging and overheating. In response, no complaint of battery damage would take place.    Voltage Management to Prevent Fluctuation Voltage fluctuation can damage the battery of an EV. To deal with this problem, advanced EV charger modules have been equipped with voltage stabilizers inside them. This feature saves batteries of EVs from the unstable supply of voltage. The voltage fluctuation is a problem, which can occur anywhere. However, they can handle these problems now. In addition, EV charging modules have active balancing to ensure each cell gets equal charging. This makes the battery receive a balanced voltage. In modern chargers, they have a buffer for electricity storage. When the voltage level drops, these modules use energy from that buffer storage. In this whole system, high voltage is managed into a medium by lowering the flow and vice versa.   Communication Protocol for Machine Intelligence  Another thing is a communication protocol, which helps the EV charger modules to do multiple intelligent tasks. These tasks include integrating the EVs with chargers and also charging stations with back-end control teams. Some of them are OCPP, OCPI, OSCP, etc. In detail, charging points can detect the temperature level, battery level, battery type, EV type, and other information to charge better. Moreover, the back-end support team can work on diagnosing the problems inside the charging modules. It can help to analyze the situation better to overcome the fault in time.   Conclusion  EV charger modules might receive some features like AI and automation in the future, which is not a surprise. This will boost the whole transportation and software industries with unbelievable results. Explore our related blogs. Click here to read more and expand your knowledge. 

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