Space owners are individuals or entities who own or manage the space in which the charging station is located. Often these are retail outlets, restaurants, business centers, parking lots, municipalities, etc. w
An EV driver is the person who drives an electric vehicle (EV) and uses charging services at home, work, and various public or private places.
The charging point manager installs, manages and ensures the optimal operation of single or multiple manufacturer chargers/stations. They also provide diagnostic services, maintenance, price-based billing management and other value-added services to ensure the smooth operation of the network. Point managers can become owners of the charging infrastructure and provide connectivity to EV charging station owners. Point operators can take advantage of network roaming centers by providing access to other EMSP network charging stations, while providing EMSP CPO services typically working with venue owners to install on-site chargers, operating costs and, optionally, revenue sharing from EVs.
Charging point installers typically sell, distribute, and service charging points from one or more manufacturers to owners (also called charging point owners). Their customers can be anything from scoring companies (residential buildings and apartment buildings), retailers, business centers, real estate manufacturers, hotel chains, auto traders, parking lot managers, energy, oil and gas, CPOs, governments (municipalities, municipalities or parking lots. They are in the business of maintaining and supporting the equipment. More and more charging points are considering offering electric vehicle charging software solutions to their customers - residential charging, workplace charging and even business opportunities for CPOs.
Electric Mobility Service Providers offer electric vehicle charging services for electric vehicle drivers. They provide access to a large number of charging points in a specific geographic area. They provide charger location and availability information, billing data and payment options to ensure high driver satisfaction and driver retention EMSPs serve both registered and unregistered customers, as required by local regulations EMSPs must provide CPO services and access to charging stations and third-party charging stations through direct or indirect roaming.
The RNO manages the charging data exchange platform between charging point operators (CPOs) and electric vehicle service providers (EMSPs).
Electric vehicle service providers (e.g., network providers) provide connectivity to network charging stations. Connected to a cloud server, EVSP manages software, database and communications for station operations.
The EV Fleet Manager is responsible for managing and controlling EV fleet charging with the primary goal of maximizing vehicle availability and utilization, while optimizing charging times and costs. The following are some key factors that can be used to prioritize EV fleet charging
OEMs are manufacturers and distributors of vehicles, vehicle components and related services. The term is commonly used for electric vehicle manufacturers.
Electricity suppliers distribute energy in bulk and sell it to end users or large customers.
Distribution network operators are companies authorized to distribute electricity. They own and operate the system of cables and towers that bring electricity from the national grid to homes and businesses.
Private stations that are inaccessible to the public, such as in residences, mixed-use buildings, business facilities and other private parking areas. Typically, an EV charging point management solution is required to manage the various rules and access levels.
Charging infrastructure can be described as public charging in public areas (e.g., public roads, boulevards, plazas) that are accessible to all.
Charging takes place in private areas with public access, such as shopping malls, supermarkets, and city and commercial parking lots.
Operating a charging station as a CPO or providing services as an EMSP requires the use of various software solutions. This section covers the most important of them. You will also be introduced to important EV charging industry terminology related to software.
A Charging Point Management System (CPMS) is an IT system designed to manage and optimize the EV charging process. The software is usually cloud-based, white-labeled and supported by the software company. A charging point management system requires a minimum set of features for a successful EV business.
Roaming for EV charging allows EV drivers to charge their electric vehicles at charging stations on different networks (CPOs and EMSPs) using a single bill. This is the ability to share EV charging information between charging point operators (CPOs) and electric mobility service providers (EMSPs); CPOs can provide data on the location, number and type of charging points in a particular location, real-time availability status, pricing, and other information useful to EVs. EMSPs provide this information to their customers (EV drivers) to find the right charging point, start, stop, and pay for charging.
Smart charging is the ability to manage, control and limit electric vehicle charging to optimize energy based on local consumer demand. This usually refers to load balancing, power monitoring, and "controlled charging." This is possible through real-time communication between electric vehicles, charging stations and charging managers. Intelligent charging allows you to automatically reduce charging power so that you don't exceed grid limits. It also allows you to optimize your EV driver's energy bills.
Intelligent Energy Management is a solution that optimizes charging infrastructure and energy resources by effectively monitoring, managing and regulating energy consumption, ensuring optimal demand response and allowing drivers to charge their EVs when they need it.
Demand response allows consumers to play an important role in the power system by reducing or changing their electricity consumption during peak periods based on specific time-based pricing or other forms of financial incentives offered by power plants, balancing supply and demand. It can also help balance supply and demand.
Open Charging Point Protocol (OCPP) is an application protocol for communication between an ELECTRIC EXPERTS (EV) charging station and a central control system.
The Open Charge Point Interface (OCPI) protocol is designed to exchange charging point information between EV charging point operators and mobility providers to provide scalable automatic routing e v. It is an open roaming protocol and is free to use. It works through a direct connection or through a roaming center.
Opens the Open Smart Charging Protocol (OCSP) for communication between the charging point control system and the site owner's energy management system.
ISO 15118 is an international standard that defines the digital communication protocols that electric vehicles (EVs) and charging stations must use to charge EV batteries.
With Plug-n-charging technology, all the driver has to do is plug the charging plug into the vehicle, charge it when it's ready, and drive away. This procedure is ensured by a digital certificate in the vehicle, which can communicate with the charging station using the V2G (V2G) communication protocol. This provides a seamless charging process, including automatic authentication and billing, eliminating the need for RFID cards, applications or pin code memorization.
Grid-to-Grid vehicles represent a new area of EV energy management. It is not yet in use and is supported by a small number of electric vehicles. Currently only available at DC charging stations. Vehicle to Vehicle (V2G) connection refers to the two-way flow of energy between the electric vehicle battery and the charging station. Energy can be transferred to the building (building car or V2B) and the charging station is connected to energy cost management or transferred to the grid (V2G) to generate revenue in the energy market. Similarly, if a building has excess energy from solar panels, that energy can be stored in electric vehicles and used later.
The term "charging infrastructure" includes all technical facilities that can power electric vehicles. This includes electric vehicle parking lots, charging points, access and billing capabilities.
Commonly found in most homes and some businesses, and all standard 2- or 3-prong plugs provide single-phase power, including special charging points up to 7 kW.
Often found in commercial and industrial environments, they provide three AC current streams and can charge up to 22 kW AC.
Compared to a single-phase supply with two conductors (phase and neutral), a three-phase supply without a neutral and with a phase-to-phase voltage allows three-phase power to be transferred using 1.5 times as many conductors (i.e. three instead of two). Thus, the ratio of power to conduit material is doubled.
Alternating current (AC) charging is the way people usually charge their EVs at night. In this case, the EV has a built-in charger, so the charging speed depends on the speed of the charger; typical maximum speeds for AC charging points are 7, 4 kW, 11 kW, and 22 kW. The AC load can be either level 1 (120 volts or normal household current) or level 2 (240 volts or equivalent (240 volts or equivalent dryer current), whichever is lower. Lower voltage levels mean slower charging, but AC loads can be easily installed in most households. This is ideal for homes, workplaces, multi-purpose housing, and other long-term parking areas such as hotels, train stations, and airport garages.
Continuous electric vehicle (DC) charging provides a faster charging speed because continuous current can be applied directly to the electric vehicle battery at higher power levels than conventional AC charging. The higher the applied power, the faster the electric vehicle charges if it is suitable for that power. By the end of the session, the charging slows down and keeps the car's battery charged. This is usually around 80%, but depends on the model of the electric car. Modern chargers can provide up to 350 kWh of power with supercharging. However, the most common rates are 50 kWh, and DC power ranges from 100 kWh to 150 kWh.
To illustrate the difference in charging power between fast AC and DC charging, a 7.2 kW Level 2 AC charger can take one hour to provide approximately 27 miles of electric vehicle range; a 50 kW DC fast charger can provide the same 27 miles of range in about 10 minutes.
There are essentially two types of charging stations: DC fast charging stations and AC slow charging stations. There are also DC fast charging stations with higher capacities, such as the 170 kWh station from CCS Systems, and so-called wall boxes in the private sector. These usually supply the standard 230 V household current, but, unlike conventional outlets, they provide 16 amps of constant current.
Charging stations have several charging points. Electric vehicle charging points are equipment that provide power for charging electric and plug-in hybrid vehicles. Depending on the type of charging point, a distinction is made between AC and DC charging points. Charging points are also known as electric vehicle charging stations, electric vehicle charging points, charging points, charging points, electronic charging stations (ECS), etc.
AC chargers work with capacities up to 22 kWh. Charging times range from 6 to 24 hours.
An AC charger is a normal alternating current (AC) charger. AC chargers typically have a capacity of 11 kWh (400V and 28A).
Direct current (DC) chargers, also known as fast chargers, have capacities from 50 kWh to 300 kWh. Charging takes anywhere from 30 minutes to 1.5 hours.
DC charging stations are often referred to as fast charging stations because they operate on direct current (DC) and can deliver high power in a short time. Typical efficiency ranges from 20 to 60 kWh at 450 V and currents up to 150 A. Typical standards for DC charging are CHAdeMO and IEC Type 2.
Electric vehicles, or EVs, have become a hot topic in the automotive industry in recent years. As people become more aware of the impact that traditional cars have on the environment, more and more drivers are exploring the benefits of electric cars. But what exactly are electric cars, and how do they work?
An electric vehicle, or EV, is a type of car that runs on electricity instead of gasoline. Instead of a traditional engine that runs on fossil fuels, an electric car is powered by an electric motor and a rechargeable battery. When the battery runs out of power, it needs to be recharged, either by plugging it into a charging station or by using a portable charger.
There are several different types of electric vehicles available on the market today. Here are some of the most popular:
A battery electric vehicle, or BEV, is an electric car that is powered entirely by a battery. These cars do not have a backup internal combustion engine, which means they can only run on electricity. BEVs are ideal for short trips and commutes, as they often have a limited range before they need to be recharged.
A hybrid electric vehicle, or HEV, is a type of electric car that has both an electric motor and a gasoline engine. HEVs can switch between gasoline and electricity at different times, depending on driving conditions and battery levels. This makes them more versatile and gives drivers more flexibility.
A plug-in hybrid electric vehicle, or PHEV, is similar to an HEV but has a larger battery that can be recharged using an external power source. This gives PHEVs longer electric-only ranges, making them a good option for drivers who want to use electricity as much as possible.
In order to charge an electric vehicle, you can either use a charging station or a portable charger. Charging stations are often located in public places like parking lots, while portable chargers can be plugged into a regular electrical outlet. It typically takes several hours to fully charge an electric car, depending on the size of the battery and the speed of the charging method.
As technology continues to advance, the future of electric vehicles looks bright. In the coming years, we can expect to see more affordable EV options, longer battery ranges, and faster charging times. Some experts predict that electric vehicles could make up as much as 50% of all new car sales by 2030.
Electric vehicles are not just a passing trend. They are a low-emission, cost-effective, and reliable option for anyone looking to make a positive impact on the environment. Whether you choose a battery electric vehicle, a hybrid electric vehicle, or a plug-in hybrid electric vehicle, you can feel good about your decision to make the switch to electric.
Electric vehicles (EVs) are becoming more and more popular in the world today. With the increasing demand for environmentally-friendly and sustainable vehicles, more people are considering switching to EVs. However, there are still many technical and jargon-heavy terms surrounding EVs that can be overwhelming for beginners.
If you're looking to gain a better understanding of the world of EVs, this comprehensive glossary of terms can help. From basic terms to advanced concepts, we've got you covered.
EVs are gaining popularity as people become more concerned about the environment and sustainable transportation. Understanding the terms and concepts surrounding EVs can help you make more informed decisions when choosing a vehicle. The advantages of EVs, such as lower operating and maintenance costs, as well as improved driving experience, make them an appealing choice for many.
Whether you're a beginner or an expert, this comprehensive glossary can help you become more knowledgeable about the world of EVs. So, what are you waiting for? Start expanding your EV vocabulary and become an expert today!
Electric Vehicles (EVs) have been gaining massive traction these days as more people become environmentally conscious and shift towards cleaner and more sustainable modes of transportation. However, the emergence of new technologies and the jargon thrown around the EV space can make things confusing for those who are still unfamiliar with the terminologies. To help you better understand the EV world, we've created this ultimate EV glossary to break down the complicated terms into simple explanations. Buckle up as we walk you through the most common EV terms used by industry insiders, car enthusiasts, and anyone looking to go electric!
AC and DC charging refer to the way EVs receive power from the grid. AC (alternating current) charging is similar to how your phone charges - through a wall socket. Meanwhile, DC (direct current) charging is used for fast charging stations.
Short for Battery Electric Vehicle, BEVs run exclusively on the energy stored in their battery packs, making them eco-friendly and cost-efficient. They don’t require gasoline for ignition, emit no tailpipe emissions, and are powered by an electric motor.
Stands for Battery Management System, BMS is the device that manages the performance and health of the EV battery pack by regulating its mix of charging and discharging.
A Charge Point is an electric car charging station where BEVs and PHEVs plug in to recharge. They are usually built by charging network operators and can be found in various public areas such as parking spaces, shopping centres, and gas stations.
The Electric Vehicle Supply Equipment, or EVSE, is the charging equipment that connects your EV to a power source. It comes in different types, depending on the level of charging speed and equipment setup.
KWh is the unit used to measure the energy capacity of an EV’s battery pack. It stands for kilowatt-hour and indicates the amount of energy that a battery can store. Think of it as the fuel tank for BEVs and PHEVs, with 1 kWh equivalent to 1 liter of petrol.
Plug-in Hybrid Electric Vehicle, or PHEV, is a type of electric car that has both an electric motor and a gasoline-powered engine. They can run on electric power for a certain range before switching to gasoline mode, making them ideal for long drives and road trips.
The range refers to the distance that an electric vehicle can travel on a single charge. It's a crucial consideration for EV buyers as it determines how practical and usable an electric car is in everyday life.
EVs offer a host of advantages over their conventional gasoline-powered counterparts. For starters, they are environmentally friendly, emitting no tailpipe emissions and reducing greenhouse gas emissions. They are also cost-efficient to run, requiring less maintenance and refueling, which is cheaper compared to filling up petrol tanks. Additionally, they are smoother, quieter, and more responsive to drive, providing an overall better driving experience. With the increasing demand for electric vehicles, more charging stations are built every day, making them easier to recharge while on the go.
Understanding electric vehicle terminologies doesn't have to be rocket science. With this ultimate EV glossary, you’re now better equipped to understand everything EV-related. As electric cars become more and more ubiquitous, it's essential to stay informed about the latest trends, technologies, and terms used by car enthusiasts and industry insiders alike. Happy driving towards a more sustainable future!
Electric vehicles (EVs) are the way of the future, bringing cutting-edge technology to the forefront of automotive design. With any new technology comes a whole new set of jargon and terminology to learn. If you’re new to the world of EVs, the terms can be confusing. Knowing the ins and outs of EV terminology, from kilowatt-hours (kWh) to regenerative braking, is crucial. With our comprehensive glossary, you can quickly get up to speed on the language of EVs.
These are just a few of the many terms and phrases that you’ll encounter when dealing with EVs. Exploring each term in depth can help you better understand how EVs work and how to get the most out of your vehicle.
Electric vehicles bring many advantages to the table, including:
With all of these advantages, it’s easy to see why EVs are becoming more and more popular. However, it’s important to understand the terminology and technology behind them in order to make informed decisions about EV maintenance and usage.
Electric vehicles are the future of automotive design, bringing with them a whole new set of terminology and jargon to learn. Understanding the basics of EV terminology, from battery capacity to regenerative braking, is crucial for getting the most out of your vehicle. EVs offer many advantages, including environmental friendliness, cost savings, quiet operation, and instant torque. With our comprehensive glossary, you’re well on your way to mastering the language of EVs.
Electric vehicles, or EVs, are the future of transportation. As electric technology advances, more and more people are switching from traditional combustion engines to electric-powered vehicles. While EVs offer many benefits, they also come with new terminology and vocabulary that can be overwhelming for new EV owners.
That's why we've put together the ultimate EV glossary to help streamline your EV vocabulary and make you sound like a pro in no time. From understanding different types of EVs to learning how to charge your car, this glossary covers everything you need to know in the world of electric vehicles.
With this ultimate EV glossary, you can confidently dive into the world of electric vehicles and maximize your knowledge about these eco-friendly cars. Every EV owner needs to keep this glossary handy to stay informed and communicate fluently with fellow EV enthusiasts.
Electric vehicles rely on high-tech batteries to power their engines. Here are some of the key terms you need to know:
EV charging stations are becoming more common on the streets and in parking lots. Here are some of the key terms you need to know:
There are a variety of EV models available on the market today. Here are some of the most popular:
EVs are becoming more popular every day, and understanding the key terms and features can help you make an informed decision when choosing an EV. Remember these key takeaways:
Now that you have a better understanding of the key terms and features of EVs, you're well on your way to becoming an EV expert. As the popularity of these vehicles continues to grow, it's more important than ever to stay up to date on the latest tech slang and trends. So get out there and hit the road in your new EV!
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