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Stay up to date with product releases, company milestones, and the latest EVC 2 innovations in the Teltonika newsroom. More News 10/17/2025 How to turn sunlight into free drive 8/7/2024 Partnership with Kelvelec in UK 7/10/2024 TeltoCharge Integration with Clenergy EV Software 3 SIMPLE WAYS TO EXTEND THE LIFESPAN OF AN EV BATTERY 9 March 2023 An EV battery could last 20 years or more if properly cared for. However, if not properly cared for, it could have a lifespan as short as 8-10 years. Replacing EV batteries carry an enormous cost both to the car owner and to the environment. They cost between $12,000 and $40,000 to replace and generate between 3 and 16 tons of CO2 in production. Fortunately, they’re remarkably easy to care for - and adopting good habits can help extend their life significantly and maximize the positive impact of driving emission-free. Here are three easy ways you can maximize the battery life of your electric car, starting today. 1. USE AC CHARGERS WHEREVER POSSIBLE The most obvious way is to consider the method used to charge the battery. Using an AC charger instead of a DC/fast charger will extend the lifespan of the battery. AC chargers take longer to charge the battery and use a lower voltage and amperage to charge the battery, which is gentler on the battery's cells. In contrast, DC fast chargers charge the battery quickly but use a higher voltage and amperage that generate more heat and cause more wear and tear on the battery's cells, damaging the battery over time. It’s best to use an AC charger like TeltoCharge for your daily charging needs - and to limit the use of fast chargers to exceptional situations, like longer road trips and emergency situations. 2. ALWAYS KEEP YOUR BATTERY'S CHARGE BETWEEN 20% AND 80% The habit of charging the battery to 100% can harm the battery and reduce its charge capacity over time. Similarly, letting the battery drain too close to zero before charging it can cause unnecessary stress on the battery and shorten its overall lifespan. The battery is least stressed at around 50% capacity because this is the point at which the battery's voltage is at its most stable. Therefore, keeping the battery at around 50% capacity can reduce the number of charging cycles and extend the lifespan of the battery. It is not practical to aim for exactly a 50% charge, but an easily maintainable range is to always keep the charge between 20% and 80%. While your car should have standard protections against overcharging - smart chargers provide an extra layer of protection by controlling the flow of electricity itself. Plus, it collects valuable data about your charging habits and power usage - and you can customize your charge settings and control everything from the mobile app. 3. PARK YOUR CAR IN A DRY, COOL PLACE A small detail that is often overlooked is where the EV is parked. It is best to park the EV in a cool, dry place, especially in summer and hot climates like in Australia. It is important to keep the EV parked indoors or in the shade and avoid letting it sit for long periods in direct sunlight. When lithium-ion batteries are stored at high temperatures or at low charge levels, they will start to degrade. If you’re planning on leaving your car parked for a long time (a few days or more), charge it to around 50% and park it somewhere temperate and ventilated. Overall, caring for your lithium-ion battery is the best way to prolong the life of your electric car. Their lifespans can be greatly affected by how they are charged and stored. Plus, any damage done to lithium-ion batteries is non-reversible. So, it’s always best to adopt good habits as soon as possible. By following these three simple steps, it is possible to extend the lifespan of the battery, which is critical to the life of your electric car. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

Stay up to date with product releases, company milestones, and the latest EVC 2 innovations in the Teltonika newsroom. More News 10/17/2025 How to turn sunlight into free drive 8/7/2024 Partnership with Kelvelec in UK 7/10/2024 TeltoCharge Integration with Clenergy EV Software 10 KEY POINTS TO CONSIDER WHEN CHOOSING A HOME EV CHARGER 26 September 2022 Charging your EV at home is probably the most convenient solution to keeping you on the road. But what is next once you have decided to purchase an EV charger for your home? While EV stations at supermarkets and shopping malls can offer a handy boost, there is no substitute for having access to EV charging at home whenever you need it. Charging your EV at home is probably the most convenient solution to keeping you on the road. But what is next once you have decided to purchase an EV charger for your home? First, you will have to decide between a hardwired or a plug-in EV charger. We can skip ahead here: if you want something weatherproof, faster-charging, and easier to use, then hardwired is your go-to. This means that you will need to install an EV charger on the exterior of your home or in your garage. And in doing so, there are a few choices to make before you are set up and ready to go. CHECK HOME’S AVAILABLE ELECTRICAL CAPACITY Checking the capacity of your household electricity outlet is key to the successful installation of a home EV charger. If unsure, a qualified electrician can help guide you through this process and ensure that your home is ready to add EV charging to its grid. CHOOSE LOCATION WISELY This is pretty straightforward – where will you put your EV charging station? Ideally, you want somewhere next to a driveway where you can park your EV while it charges. Some cover for the EV charging station is also helpful, although this is not always necessary as most models have a durable build. For example, TeltoCharge is IP55, and IK10 rated, meaning it can be safely installed indoors and outdoors. DETERMINE THE SUITABLE POWER CAPACITY OF AN EV CHARGER After checking your household outlet, you need to decide on the power range of the EV charger that works with your car and your home’s available electrical capacity. It directly impacts EV charging speed . The more power the EV charger delivers, the faster your EV will be full. DECIDE ON THE TETHERED OR UNTETHERED EV CHARGER The two types of EV chargers present two different sets of strengths and weaknesses. Of course, there is much more to this question than can be covered here but simply put: tethered comes with an inbuilt charging cable, and untethered is a port to which a separate cable can then be attached. There is no straightforward answer as to which is better. The choice will depend on your individual setup, but rest assured that the best home EV charger manufacturers usually offer their solutions in both tethered and untethered forms. EVALUATE NECESSARY CABLE LENGTH This will depend on whether you go with tethered or untethered, as the greater flexibility afforded by the latter allows you to defer this decision – or even get it wrong! Suppose you choose a tethered station with a cable that is too short. In that case, you may make an expensive and time-consuming mistake. In contrast, with untethered, you can simply return the cable. Whichever way you go about it, a good tip is always to buy a slightly too-long cable – you do not want your parking to have to be millimeter-perfect every time! GO FOR SMART EV CHARGING Modern EV chargers usually come with a range of smart features that enable you to have pinpoint control over how they charge your vehicle. Scheduling, for example, allows you to let your EV charger operate only during the hours when electricity rates are at their cheapest, saving you money and reducing wider grid demand. CONSIDER EV CHARGER'S DESIGN Technical discussions aside, fundamentally, you are adding an object to your home, so it is important that it looks good. There are two approaches here. The first is spending arduous hours browsing through every EV charging solution provider until you find the exact setup that matches or complements the exterior of your home. The second is much easier: check out TeltoCharge and design it yourself. MAKE SURE YOUR EV CHARGER IS PROTECTED BY THE WARRANTY Hope things do not go wrong, but plan for if they do. This simple mantra is always effective, and home EV charging stations are no exception. Choosing a provider with faith in their product to offer a lasting warranty is always wise. A one-year warranty is easily beaten, two years is more like it, but ideally, you want three plus. With TeltoCharge, you have it covered. KNOW IF THERE ARE ANY EV CHARGING INCENTIVES If the idea of your perfect home EV charger is starting to take form, it is worth taking at least a cursory glance at the legislation before you place your order. Incentives and subsidies can offer extra financial rewards for being at the cutting edge of this new technology and helping to usher in the renewable era – a helpful boost, as if you needed any more convincing. HAVE YOUR EV CHARGER INSTALLED BY QUALIFIED PERSONNEL The final stage in this process is installation, a hassle-free and straightforward procedure for those who are qualified . Do not attempt installing an EV charger yourself. Instead, find a professional with experience installing EV chargers to ensure your setup's smooth and safe installation. If you are having trouble with this step, contact the manufacturer of your charging station, as they often have specialist teams of installers who are well-versed in the unique requirements of installing each solution. ENJOY SEAMLESS EV CHARGING The product selected, rewards secured, and installation organized – congratulations on joining the EV revolution. All that remains now is to sit back, wait for delivery, and practice trying not to look too smug when your neighbors compliment your new setup. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

Stay up to date with product releases, company milestones, and the latest EVC 2 innovations in the Teltonika newsroom. More News 10/17/2025 How to turn sunlight into free drive 8/7/2024 Partnership with Kelvelec in UK 7/10/2024 TeltoCharge Integration with Clenergy EV Software THE LEADERS OF EV ADOPTION IN EUROPE. Electric vehicles (EVs) come as a key piece 23 May 2022 Electric vehicles (EVs) come as a key piece of the complex net-zero carbon future puzzle. Backed by governments, encouraged by all-time-high gas prices, and boosted by public awareness, the EV market is gaining up on speed at impressive rates each year. The future belongs to electric vehicles, doesn't it? The figures also support this statement. Last year, EV sales worldwide surpassed 6,7 million units , 108 % more than in 2020. Over the years, manufacturers of EVs have made an incredible leap in making these cars more efficient and affordable. Among the primary reasons for accelerating EV adoption: lower cost of vehicles, better efficiency thanks to increased battery life, better range of electric vehicles on the market, ambitious net-zero emissions goals, and, of course, governmental incentives for buying EVs. Mainly this governmental support played a crucial role in expanding EV adoption in the EU, UK, and EFTA states (Iceland, Liechtenstein, Norway, and Switzerland). As a result, for the first time in history, over a million battery electric vehicles (BEVs) were sold in one year, more than the previous five years combined. Speaking of the numbers, BEV sales last year hit a record of 1,218,360 units . As to plug-in hybrid electric vehicles (PHEV) - 1,045,022 cars . So, let’s see which European countries are at the frontline of EV adoption. TOP-COUNTRIES ELECTRIFYING EUROPE To say that EVs have taken the automotive market by storm is to say nothing. In 2021, the leading market for BEVs and PHEVs was Germany. The growth was 83.3 %, reaching 356,425 units. Talking about PHEVs, in Germany , there were 325,449 plug-in hybrids (a 62.3 % increase compared to 2020). According to ACEA, the main driver behind the explosive EV market growth is governmental support. However, no less impact was made by local automakers, including Volkswagen and BWM. Pushing into the market new vehicles (and doing it even ahead of schedule), carmakers increase the choice range, while regulatory support boosts sales. The UK was the second-largest battery-electric car market. In 2021, new BEV registrations were 76.3% higher, with 190,727 new electric cars sold. As to PHEVs, the UK took a sold third place by volume with 114,554 new plug-in hybrids registered. In the UK, the interest in EVs is also mainly backed by cuts to both purchase incentives and grants for home chargers. However, insufficient public EV charging infrastructure in the country is one of the greatest pain points limiting faster EV adoption. The third major BEV market player was France , with 162,167 new cars, representing a 45.9 % jump compared to 2020. Nevertheless, compared to the UK, France put on the roads more PHEVs. In 2021, new PHEV sales stood at 141,001 units (89 % growth). However, if we skip the growth in 2021 and look at the bigger picture, we will see that the largest share of EV registrations among European countries is in Norway. It is the country where every second new car registered is a battery-electric vehicle! PROPER EV CHARGING INFRASTRUCTURE FIRST Which came first, the chicken or the egg? Which should come first, EV chargers or EVs? The process of vehicle electrification highly correlates with the infrastructure for its charging. Currently, Europe is one of the best-equipped regions to transition to EVs. However, the EV charging network must develop in line to continue the upward trend of EV market growth and meet net-zero targets. According to ACEA, in the region, we need up to 14,000 public charging points installed per week between 2021 and 2030 (compared to just 2,000 per week currently). As of 2021, the Netherlands is the leading country for EV charging in Europe. The country is further followed by Germany, France, and the UK. Except for the Netherlands, the list is topped by the same countries holding the largest EV markets. Referring to John Maxwell's wisdom, a leader knows the way, goes the way, and shows the way. Right on the point. Europe has great example patterns to follow and together build an effective future-proof infrastructure for sustainable EV adoption in the region. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

Residential Use case catalogue

Stay up to date with product releases, company milestones, and the latest EVC 2 innovations in the Teltonika newsroom. More News 10/17/2025 How to turn sunlight into free drive 8/7/2024 Partnership with Kelvelec in UK 7/10/2024 TeltoCharge Integration with Clenergy EV Software HOW FAR CAN AN ELECTRIC VEHICLE (EV) GO ON ONE CHARGE? 18 August 2022 One of the most common reasons people do not buy an EV is that they can only go short distances before running out of power. However, 'short range' is more like a myth than reality, and we will try to explain that in detail. Electric vehicles (EVs) have been making headlines in the past few years. Of course, as with any hot new technology, people are eager to get their hands on it. But EV fans may experience doubts as they consider whether or not to buy an EV. One of the most common reasons people do not buy an EV is that they can only go short distances before running out of power. According to a recent survey, 75% of consumers who do not currently own an EV are holding out because they do not want to be stuck without an EV charging station within their normal driving range. However, 'short range' is more like a myth than reality, and we will try to explain that in detail. WHAT AFFECTS THE DRIVING RANGE FOR EVS? Talking about EVs, it is essential to mention that some drivers manage to get more out of their cars than others. And many factors contribute to this. For example, temperature, driving speed, and EV charging infrastructure all play a role in determining how far you will get on a single charge. One of the most important factors is the battery capacity inside your car. The battery capacity of your electric vehicle is determined by how much energy it can store and how quickly it can discharge it. The more energy a battery can store and release, the longer it will last between charges. Higher-capacity batteries generally provide more power for extended periods and better performance in cold weather conditions. However, it is important to note that other factors can influence your driving range. Terrain - hills, and mountains will reduce your range due to the extra energy required for climbing them. Also, driving on bumpy roads can reduce your range as this causes more wear on the battery and tires. Weather conditions - cold weather reduces range because it takes more energy to heat the cabin and battery than in warm weather. Speed and driving style - the faster you drive, the more power you use and the faster your battery discharges. If you use the same amount of energy to operate at higher speeds, your battery will last longer. Last but not least, vehicle size and weight - larger vehicles are not necessarily heavier, but they are more difficult to move than smaller ones because they have more mass. This means larger vehicles use more energy when accelerating from a stop or turning corners at higher speeds. In addition, heavier cars have less traction on snow and ice because they exert more force against the ground when turning corners or accelerating up hills. WHICH ELECTRIC VEHICLE HAS THE LONGEST AND THE SHORTEST RANGE? Regarding electric vehicles, the range is the key factor determining whether or not an EV is a good fit for your lifestyle. According to Eurostat statistics, the average daily driving distance in Europe is 50-70 km per day. This means that most EVs have enough battery capacity to cover your daily needs without recharge during the day. However, if you drive more than that, you will need to search for some options to fulfill your needs. Though the average range of a modern EV is still limited to approximately 160 km (100 miles), some models can go up to 322 km (200 miles) between charges. Furthermore, some EVs have a range of up to 480 km (300 miles). To get an idea of how far an EV can go, let's take a look at some popular EVs on the market today and their ranges. NISSAN LEAF The Nissan LEAF is a popular electric car that has been on sale since 2010. The model of the year 2022 has a 200 km (124 miles) range, which can be increased to 350 km (217 miles) with a 62 kWh battery pack option. The car's battery can be charged from depleted to 80 percent capacity in just 40 minutes using a fast charger. However, charging from 0 to 100 percent using a 7 kW charger will take around 6.5 hours. BMW i3 The BMW i3 is another popular electric vehicle that has been on sale since 2014. The model of the year 2021 has a 120 Ah, 42.2 kWh battery pack and an EPA-rated range of 246 km (153 miles). In addition, this car can be ordered with an optional gasoline-powered engine to provide additional capacity and eliminate the risk of being stuck in the middle of your way home. HYUNDAI KONA Hyundai KONA model of the year 2022 has one of the most extensive ranges out there. An EV with a 39 kWh battery offers a range of up to 305 km (189 miles). If you are picking the long-range, 64 kWh battery option, it will come with an impressive 484 km (300 miles) driving range on a single charge. A fast charger can charge the car's battery to 80 percent in just 47 minutes. Charging from 0 to 100 percent at home or using a public AC charging station takes almost 7 hours. The range is based on how much energy is stored in the battery. This is usually measured by kilowatt-hours (kWh). The more kWhs your car has, the further it can go on a single charge. HOW HAVE EV BATTERIES EVOLVED OVER THE YEARS? The first mass-produced EVs were powered by lead-acid batteries with a very limited range. Then, in the 1990s and early 2000s, nickel-metal hydride (NiMH) batteries began to be used in low-cost EVs like the GM EV1 and Toyota RAV4 EV. These batteries could store more energy than lead-acid batteries but still did not last very long. As technology improves, so does the efficiency of batteries used in EVs. Today's battery packs are significantly more efficient than those on earlier models, and newer EVs can travel farther on a single charge than older models could. Nowadays, most EVs use lithium-ion (Li-ion) batteries, which are much lighter and capable of storing more energy than NiMH or lead-acid batteries. Li-ion batteries don't need much maintenance, and they can last for thousands of charge cycles before they need to be replaced. WHERE TO CHARGE THE ELECTRIC CAR? Driving an EV is a new experience for many drivers and one that requires some adjustment. One of the most common questions asked by those new to electric vehicles is, "Where should I charge my EV?". Electric vehicle charging infrastructure is necessary for the success of EVs. That is why governments, manufacturers, and charging companies are working together to build an extensive network of fast-charging stations along highways, workplaces, and public spaces. Charging stations for electric cars are much like fueling stations for gasoline-powered vehicles. They are found at home, at work, and on the road. Some EV owners charge their vehicles overnight at home; others stop at public charging stations during their commutes or daily errands. If you are thinking of buying an electric car, it is worth considering whether you will have access to enough charging stations nearby. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

Stay up to date with product releases, company milestones, and the latest EVC 2 innovations in the Teltonika newsroom. More News 10/17/2025 How to turn sunlight into free drive 8/7/2024 Partnership with Kelvelec in UK 7/10/2024 TeltoCharge Integration with Clenergy EV Software STATIC VS. DYNAMIC LOAD BALANCING IN EV CHARGING 24 October 2022 Load balancing, at its most basic, is exactly what it sounds like. In the context of home EV charging, this means ensuring that the load – in this case, the amount of power supplied to your EV through your home charging station – is balanced . Balanced here means not too strong, as this would risk destabilizing or potentially even overloading the power grid, and not too weak, as this would mean that your EV would charge too slowly. While load balancing is often confused with load management, it is essential to remember that these are two completely distinct aspects. Load balancing is more of a safety feature, ensuring that the correct amount of power, as your vehicle needs, is accessed at all times. Load management , on the other hand, concerns allocating power in the broader sense of the grid to permit charging at optimal hours, operating multiple chargers, or allocating a specific amount of power to specific appliances. In short, then, load balancing is your home EV charging station’s way of guaranteeing that the amount of power it draws from the grid and delivers to your vehicle is just right. There are two ways that EV charging stations achieve load balancing: static and dynamic. Before choosing the perfect home charging solution, it is worth taking a deeper look at these two power supply methods to decide on the best setup that best fits your needs. STATIC LOAD BALANCING The simplest way of characterizing the difference between static and dynamic load balancing systems is as “ dumb” and “smart, ” respectively. Static load balancing, the “dumb” system, deals with – as the name suggests – fixed, pre-set allocations of power. This means that your EV will receive a set allocation of power from a portion of your grid that will be maintained and kept the same at all times. This is easier to explain with numbers. Let’s say that the grid connection of your entire home is 20kW. Your usage fluctuates between 1kW and 12kW depending on the time of day, the number of appliances you use, etc. This means that there is 8kW available for your EV charging station. To be safe, the EV charger might allocate 5kW for charging so that even when your house is at maximum load, there is still a buffer zone left to reduce the risk of an accident. In the example above, your EV charger will always have access to 5kW – even when the rest of your home uses significantly less than 12kW. If you are only using 4kW, for example, then the EV charger will not access the 8kW that you are not using but will keep to its pre-allocated 5kW – hence “static” load balancing. While this makes charging times dependable and predictable, as they are always based on the same amount of power, static charging solutions can effectively waste the potential capacity of your grid. DYNAMIC LOAD BALANCING In contrast to the “dumb” nature of static load balancing, dynamic load balancing is the “smart” option. Here, the word “dynamic” means “changing” and refers to the amount of power that is drawn from your home grid to charge your EV. Whereas static load balancing works with a fixed, unchanging allocation, dynamic load balancing fluctuates up and down depending on how much surplus power there is available in your grid. To return to the earlier example, a 20kW grid and a home that uses 12kW at peak hours, the dynamic load balancing solution would again allocate a safe buffer zone. It means that, like the static solution, it may only use 5kW of power at peak hours. However, the key difference here is that if the usage on the grid were to drop to 4kW, while static load balancing would waste that unused capacity, a dynamic load balancing system would now dip into that excess to provide far more power. In this way, dynamic load balancing allows your home EV charging setup to access excess power in your grid and respond to usage fluctuations to charge your EV much more quickly when it does so. This means that there will be times when your EV may unexpectedly charge much faster than it would be you to stick to a static load balancing EV charger, but there are also key safety concerns to consider in favor of adopting dynamic load balancing on your grid. KNOWLEDGE IS POWER The way that dynamic load balancing works means that, in effect, you have eyes on your grid at all times. While this is convenient for charging your EV at home, the smart nature of dynamic load balancing can also be considered a key safety asset for your setup, as potential surges or emergencies are addressed immediately and without the need for user input. This additional layer of safeguarding, paired with the potential to fully utilize all of the power available on your grid, makes dynamic load balancing the go-to choice for most home EV charging solutions. When you use a dynamic load balancing system, not only will your EV frequently charge faster than it would with static, but you will also be protected as the power supply to your EV can be automatically cut when necessary. For this reason, dynamic load balancing is the preferred solution for most EV charging setups, and in the future looks certain to supplant static load balancing almost entirely. To ensure that your home EV solution is future-proof, then, it is best to look for a smart, well-built setup that incorporates dynamic load balancing technology – such as TeltoCharge . Adopting this technology ahead of the curve guarantees that your grid and home are kept safe, up-to-date, and prepared to incorporate any future changes in the home EV charging field. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

EVC 2 – Smart, Reliable, Customisable EV Charger | Accessories Frontplate - Winter White Order code: Cosmetic exchangable frontplate for the charger. You can easily change the colour of your charger yourself if you want to try a new look, or match with a new EV. Made from UV resistant thermoplastic. Cable unit frontplate is made from 1 piece, socket - from 2 pieces. features downloads ordering support features support Title Spec title Spec text Spec title Spec text Title Spec title Spec text Spec title Spec text Main features MATERIAL Thermoplastic DIMENSIONS Cable versions - 1 piece, 380 x 190 x 12 mm Socket versions - top part - 214 x 190 x 18 mm, bottom part - 181 x 190 x 12 mm WEIGHT Cable versions - 280g Socket versions - 270g MORE FEATURES Compatible products EVC 2 Less products More products compatible ACCESSORIES Frontplate - Granite Brown Frontplate - Kebony® Wood Frontplate - Burgundy Red Frontplate - Antracite Grey Less products More products

Commercial buildings Use case catalogue

Teltonika EVC 2 – Smart, Reliable, Customisable EV Charger Features Downloads Main features DIMENSIONS Width 190mm, Height 401mm, Depth 125mm OUTPUT OPTIONS Type 2 cable 5m, Type 2 cable 7,5m, Type 2 socket, Type 2 socket with protective shutter (T2S) FRONT PLATE OPTIONS Antracite Grey, Burgundy Red, Granite Brown, Winter White, Kebony® Wood CONTROL TYPES Android app – Bluetooth and Local Wifi, iOS app – Bluetooth OCPP 1.6 – Ethernet, wifi, 4G POWER OPTIONS 7,4kw 1 phase, 11kw three phase, 22kw three phase Detailed specifications CERTIFICATIONS CE, RCM & UKCA compliant Codes and standards: 2014/35/EU, 2014/53/EU, IEC 61851-1, IEC 61851-21-2, IEC 62955 Environment - 2011/65/EU, REACH, RoHS, EUR1 CHARGER CONNECTIVITY WiFi 2.4 Ghz b/g/n connection Bluetooth low energy 5.0 NFC card reader ISO 14443A Ethernet (RJ45) 4G/LTE (CAT 1) INPUT CABLING Cable entry diameter — Up to 25mm Wiring cable cross section in connectors — Up to 10mm2 Cable entry from option from bottom Cable entry from option from back PROTECTION Input and output voltage and current monitoring Overvoltage category — OVC III Protection against electric shock Residual current detection 6 mA DC (IEC 62955) Ground fault detection Degree of dust and water protection — IP56 Impact resistance — IK10 Fire class — UL94 RATED FREQUENCY 50/60 Hz NETWORK/GROUNDING TYPES TN and TT VOLTAGE Single phase: 230 V (±10%) Three phase: 400 V (±10%) OPERATING SPECIFICATIONS Humidity to 95% RH non condensing Operating temperature: -30ºC - +50ºC Storage temperature: -40ºC - +60ºC TEMPERATURE SENSORS In all main components LED INDICATOR LIGHTS Showing charging sequence and warnings/errors BUILT IN ENERGY METERING Accuracy deviation <1% LOAD BALANCING Static load balancing Dynamic load balancing Automatic phase balancing Multi-device load balance Multi-level load balance Solar energy modes Zero potential contact Multi sensor support MORE FEATURES EVC 2 BUILT SMART. MADE YOURS. INQUIRE NOW INTELLIGENT Charge faster and cheaper using phase balance and smart sensors CUSTOMISABLE Select cable length or socket type, power output, colour options CONNECTED Built in Wifi, Ethernet, Bluetooth, 4G LTE connectivity. RELIABLE Weatherproof, 36 month warranty, remote management system EVC 2 Power 7.4 kW, 11 kW, 22 kW Connectivity Wi-fi, Ethernet, Bluetooth, 4G LTE Front plate colors Snow White Anthracite Grey Burgundy Red Granite Brown Kebony Wood Output options Type 2 cable Type 2 socket INQUIRE NOW 360° DESIGNED FOR HARSH ENVIRONMENT Rain or shine our charger will work every time. Made in EU with a rigorous quality control at every manufacturing step. 36-month standard warranty, extendable up to 60 months. IP 56 dust and water resistant. IK10 impact protection. Operating temperature ranges from -30 °C to +50 °C. SMALL DETAILS THAT MATTER Cable entry is possible both from the back of the device – for a more elegant, seamless look on the wall – or from the bottom, ensuring an even more secure and weather-resistant fit. This flexibility allows for easier installation in different environments while maintaining a clean appearance and strong protection against external factors such as moisture, dust, and impact. CONNECTED TO YOUR NEEDS Our app includes 25 language support. Smart scheduling to maximize your comfort. Detailed statistics to see how much you saved each month. Finetune your experience to how you like it. Set it and forget it. Let the charger work for you, not the other way around. compatible ACCESSORIES Frontplate - Granite Brown Frontplate - Kebony® Wood Frontplate - Burgundy Red Frontplate - Winter White Frontplate - Antracite Grey Plug holder Double charger mounting pole Single charger mounting pole RCBO Type A NFC card pack Cable holder hook Current Transformer (CT) Clamps Modbus RTU meter Modbus TCP meter P1 Smart Dongle Less accessories More accessories EVC 2 faq Here you can find the most frequent questions and answers about the EVC 2 electric vehicle charger. What happens if I unplug the cable during charging? Is there a risk of electric shock? During charging, the charger and car lock the cable in place, so it cannot be disconnected accidentally. The charger includes multiple protective systems to ensure safe operation, even in unusual situations, when installed by a qualified professional. Do I need to update the charger software, or does it do that automatically? If the charger is connected to the internet, updates install automatically. If not, you can update manually via Bluetooth. The app will notify you if a new update is available. You can find the details on the changes and new features from firmware here. Can I lock the charger so strangers don’t use it? Yes. You can enable authorisation, requiring either the app or an NFC card to start charging. The charger supports multiple NFC cards, which can be used like keys. I have a battery system at home. How will it interact with solar mode? The charger only detects exported energy to the grid. This means your household devices – kettles, AC units, heaters, boilers, or batteries – take priority. Typically, your battery system will charge first, and only then will the charger use any remaining excess solar power for your car. How does the solar functionality work? Solar charging depends on the same smart meter used for load balancing. With solar mode enabled, the meter tracks excess solar energy that would otherwise be exported back to the grid (often not economically beneficial). Instead, the charger uses this excess power to charge your car. Thanks to phase balancing and adjustable modes and settings (read more about it here), the charger can optimize charging during low-power generation times (mornings, evenings, autumn, winter, spring), helping you achieve the lowest possible cost per kilometer driven. Can I change the look or color of the charger after I install it? Yes. Cosmetic front plates are available to order separately as accessories. Is the charger safe to use in heavy rain or snow? Yes. The charger has an IP56 dust and water resistance rating, meaning it can withstand even harsh weather conditions when installed correctly by a qualified professional If my power at home is limited, can the charger overload my system? No. When properly set up, it won’t. You can manually adjust the charger power from 6 to 32 amps (1.4 to 22 kW depending on the model). With supported accessories (smart metering devices), you can also use the dynamic load balancing option (read more about it here). This ensures the charger automatically adjusts power usage to avoid overloading your system (e.g., if you turn on a high-power device like a kettle, the charger will instantly reduce charging power). The app shows many settings – which ones do I actually need daily? The app is designed so that, once you set up the device, it runs automatically. Beyond checking statistics, you don’t need to use the app daily. How do I know what load balancing options or other accessories I need? It’s best to consult an electrician experienced in EV charger installations. The right setup depends on your electrical cabinet, distance to the charger installation spot, available cabinet space, installation costs, Wi-Fi coverage, and other factors. Our partners are trained to explain all available options and guide clients toward the most cost-efficient and reliable solution. I cannot see the settings in the app while I am in the office. How do I start charging remotely? The Teltonika EV Charging application works via Bluetooth on iOS devices, or via Bluetooth and local network (Wi-Fi) on Android devices. The device is designed for a “set it and forget it” usage model, where you set up and automate the charging pattern, so you don’t need to access the app daily. If you want charging to start at a specific time (e.g., when electricity is cheaper), you can automate this using the built-in scheduling features. What’s the difference between using the socket option and the cable option? The cable option is more convenient for everyday home use — you just need to plug in one end, saving time. The socket option creates a tidier setup and allows flexibility if you want to use shorter or longer cables (1.5 to 15 meters are available from other vendors for Type 2 cables). How do I set the charger to only work at night when electricity is cheaper? Use the scheduling feature in the main menu. You can set different schedules for weekdays and weekends, and choose whether to use solar power or grid power at different times. If the car is plugged in, charging will start and finish automatically according to your timetable. I have 2 EV cars, can i connect multiple chargers to use the same load balance? Yes, you can connect multiple chargers together to share and balance the same power availability. One of the charger is set up as the primary device for the overall set up and manages the other – secondary device power consumption by communicating with them and the smart energy meter. Where can I find more in-depth information about charger features or a full user guide? The most up-to-date information is available on our Wiki page, where you can find certifications, manuals, datasheets, and user guides. For advanced questions, you can also visit our community forum. Do I need Wi-Fi for the charger to work, or can it run without internet? No, all charger functionalities can be set up without any internet connection, just via Bluetooth. This means you can use all smart functions even if your parking spot is deep in an underground garage. I bought a 22kW device, but my electric vehicle charges slower. How come? The final charging speed depends on many factors, including whether your car model supports AC charging at that speed, available household power, the temperature of the battery, the current battery charge level, and other factors. Check your car manufacturer’s specifications for the expected charging power and speeds for AC charging. READ MORE READ LESS

Stay up to date with product releases, company milestones, and the latest EVC 2 innovations in the Teltonika newsroom. More News 10/17/2025 How to turn sunlight into free drive 8/7/2024 Partnership with Kelvelec in UK 7/10/2024 TeltoCharge Integration with Clenergy EV Software TELTONIKA ENERGY STARTS MASS PRODUCTION OF TELTOCHARGE EV CHARGER 29 September 2022 Teltonika Energy, a company belonging to the Lithuanian hi-tech group Teltonika, has started mass production of the EV charger TeltoCharge. Thanks to the talented and highly-skilled Teltonika's engineers, the EV charging station was developed in less than a year. The concept was presented at the end of 2021, whereas mass production started in the second half of September this year. The development of TeltoCharge device has been highly accelerated by the rising wave of green energy solutions worldwide. The market for electric cars is growing rapidly; so is the global EV charging infrastructure. "With rising energy prices, investments in renewable energy solutions pay for themselves much faster. Solar energy is leading the way now. Last year, we had a record of solar power systems installations with a combined capacity of 183 GW worldwide. As to electric mobility, the growth is skyrocketing, too. Sales of electric cars doubled in 2021 to a new record of 6.6 million. More and more people are switching from conventional cars to EVs, so the proper and sufficient EV charging infrastructure is key. Therefore, by offering the smart TeltoCharge charger, we aim to contribute to faster development of the entire EV infrastructure and a greener and cleaner future. We are ready to challenge the existing leaders in the EV charging industry," says Tadas Tumelis, CEO of Teltonika Energy. TeltoCharge is an easy-to-use, smart and reliable EV charging station. The Lithuanian-made charger offers a wide variety of configuration options, from different front plate colors, socket or cable variants, to various connection types. Depending on individual needs, users can also choose the device with a suitable power rating of 7.4 kW, 11 kW, and up to 22 kW. TeltoCharge is compatible with all all-electric or plug-in hybrid cars. The first Teltonika Energy’s product is designed for private and semi-public use. It can be installed in private homes, courtyards, parking lots, and garages. Also, it can be used for charging a company's electric fleet or employees' electric vehicles. The TeltoCharge has been developed in Lithuania and is currently being assembled at the Teltonika EMS factory in Vilnius. The entire production chain is covered internally within the Teltonika group companies, which helps Teltonika Energy ensure quality and ramp up capacity volumes effectively. In about a month, the production will be transferred to the new Teltonika Technology Centre in Molėtai, which is scheduled to open in the second half of October. The new TeltoCharge device is available through Teltonika Energy's sales partners. In 2022, Teltonika Energy has entered over 50 markets and plans to produce around 10,000 chargers by the end of the year. In 2023, the company prepares to increase production volumes significantly, offer new charging solutions for electric vehicles, and actively expand into foreign markets, with its products being sold in more than 100 countries. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

A retirement living community in Australia has installed Teltonika TeltoCharge EV chargers to provide shared charging for residents and guests. TeltoCharge Brings Reliable EV Charging to Australian Retirement Community In a move to enhance the convenience and sustainability of their community, a retirement living community in Australia has installed Teltonika TeltoCharge EV chargers to provide shared charging for residents and guests. The project was brought to life through a partnership with Ohmie GO , who delivered a comprehensive, end-to-end solution. Challenge The retirement living community recognised the growing need for EV charging infrastructure as more residents and visitors adopted electric vehicles. They needed a solution that would be easy to use, reliable, and visually appealing, while also offering seamless management and support. Solution Ohmie GO stepped in to provide a complete solution that included everything from the necessary electrical work and installation to the implementation of a user-friendly payment infrastructure. Teltonika’s TeltoCharge Smart EV Chargers were selected for their proven reliability, sleek design, and ability to meet the diverse needs of the retirement living community. Seamless Integration with Ohmie GO’s Platform The TeltoCharge units were integrated into Ohmie GO’s platform, providing the retirement living community with a connected and easy-to-manage charging network. The platform enables shared use of the chargers, allowing both residents and guests to easily access and pay for charging services. Ohmie GO’s involvement didn’t stop at installation; they continue to provide ongoing support and maintenance, ensuring the chargers remain in top condition for years to come. Aesthetic and Functional Benefits The TeltoCharge units not only deliver reliable charging but also enhance the visual appeal of the retirement living community’s facilities. The elegant design of the chargers complements the community’s surroundings, providing a modern yet unobtrusive addition to the space. Results The installation of TeltoCharge EV chargers has greatly improved the convenience and sustainability of the retirement living community. Residents and guests now have access to a reliable, easy-to-use charging solution that is backed by comprehensive support from Ohmie GO. The seamless integration of the payment infrastructure and ongoing maintenance services ensures that the chargers will continue to serve the community well into the future. This project demonstrates the potential of TeltoCharge to provide a high-quality charging solution for communities looking to support the growing adoption of electric vehicles. With the dedicated partnership of Ohmie GO, the retirement living community can rest assured that their investment in EV infrastructure will deliver long-term benefits for everyone involved. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Charging an EV at home in the Netherlands Residential Home EV Charging in the UAE Residential FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Charging an EV at home in the Netherlands Residential Home EV Charging in the UAE Residential Related products View more View less Related accessories View more View less

Due to the high demand for EV charging infrastructure in the Netherlands, more and more EV owners decide to install EV chargers at their homes. Charging an EV at home in the Netherlands SUMMARY Businesses like hotels are adapting to the rise of e-mobility by integrating eco-friendly EV charging solutions, enhancing customer convenience, and affirming their commitment to sustainability. This shift towards greener practices reflects a broader trend of technological adaptation and environmental responsibility. CHALLENGE In 2023, the Hampton by Hilton hotel in Al Barsha recognized the need to adapt to the expanding electric vehicle (EV) and Plug-In hybrid market. Starting the search for the right EV charging station, came challenges in finding a solution that would combine smart features and blend in with the hotel's current aesthetic. The chargers needed to be easy-to-use for guests, offering a seamless charging experience. Additionally, given the hotel's location in Dubai, the equipment had to be exceptionally durable to withstand the extreme heat and harsh climate conditions. Aiming to implement a system that would upgrade the hotel's facilities for guests with EV cars and enhance their overall experience without suffering any aesthetic or functional loss. PARTNER - REGENY Regeny is a specialized EV charging solutions provider with the complete range of AC & DC fast chargers connected with a smart charge point management platform and a Mobile App. SOLUTION Hampton by Hilton hotel chose TeltoCharge 22 kW version, seeing as it’s compact design and swappable front plates make it perfect for the hotel's style. With OCPP 1.6 connectivity, the charger is easy to use and allows guests to quickly and effortlessly charge their vehicles. Recognizing the demanding climate of Dubai, the charger quality build is supported by IK10 and IP55 protection, withstanding temperatures reaching up to +50ºC. Supporting solar energy, the charger also fits the hotel's plans for a sustainable future, complete with dynamic load balancing (DLB) for smart power use. Smart features, from data tracking for insightful analytics to NFC card connectivity for smooth payments, ensure a hassle-free charging experience. With a full list of certifications and dedicated local support, charger exceeded Hilton expectations. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US TeltoCharge Brings Reliable EV Charging to Australian Retirement Community Residential Home EV Charging in the UAE Residential FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title TeltoCharge Brings Reliable EV Charging to Australian Retirement Community Residential Home EV Charging in the UAE Residential Related products View more View less Related accessories View more View less