Teltonika EVC 2 – Smart, Reliable, Customisable EV Charger Features Downloads MORE FEATURES TELTOCHARGE INQUIRE NOW EVC 2 TELTOCHARGE TELTOCHARGE Power 7,4 kW Connectivity Wifi/Bluetooth, Wifi/Bluetooth/GSM Front plate colors Winter white Granite brown Burgundy Slate grey Accoya wood Output options Type 2 socket Type 2 cable INQUIRE NOW 360° Designed for every taste TeltoCharge is created to meet every taste, building design, or location. It offers a selection of five front plate options, including Accoya wood, allowing for easy swapping of the front plate to adapt the charger to any style, at any time. Future-proof Equipped with features ranging from solar charging, dynamic load balancing and management to OCPP 1.6 and continuous updates, the TeltoCharge ensures that it remains cutting-edge. It is ready to cater to evolving requirements and the continuously advancing landscape of EV technology. Streamlined installation A five-step installation process, an Installer profile in the app, and a Set-up Wizard ensure that TeltoCharge can be set up faster, thereby reducing costs and project timelines. Unlock potential of charger The Teltonika Energy App lets you monitor, manage, and optimize the charging experience from your smartphone: Schedule charging when electricity price is lowest. Gain insights on consumption in the dashboard. Set up and activate smart features like Solar Charging. compatible ACCESSORIES Less accessories More accessories EVC 2 faq Here you can find the most frequent questions and answers about the EVC 2 electric vehicle charger. READ MORE READ LESS

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 4/2/2026 New partnership with UK EV Installers to expand smart charging in the UK 3/19/2026 Teltonika Energy and Powerverse Announce Strategic Partnership 3/10/2026 Partnership with Kelvelec in the UK EV CHARGING TECHNOLOGY: WHAT IS TRENDING IN 2022? 15 April 2022 Although charging infrastructure is still a challenge, so many improvements have been made throughout the past few years. Nevertheless, it is still a lucrative field for innovations and next-gen technological advancements. Let’s see what is trending now and what technologies could disrupt the future. ‘The future will be electric’ is no longer a plain statement. Active electrification is already in progress. According to EV Volumes, in 2021, EV sales topped 6.7 million units, a 108% increase compared to 2020. To keep all these EVs on the go, a sufficient EV charging infrastructure is fundamental. The EV ecosystem is constantly evolving, and so is the EV charging industry. Although charging infrastructure is still a challenge, so many improvements have been made throughout the past few years. Nevertheless, it is still a lucrative field for innovations and next-gen technological advancements. Let’s see what is trending now and what technologies could disrupt the future. MAKING EV CHARGING SMART The first EV charging devices in the 18-19th century looked like huge metal boxes with cables and tens of random buttons. Over time, the technology advanced so much that today EV charging devices are very compact and minimalistic but smart and intuitive enough to make decisions independently. What functionalities make an EV charger ‘intelligent,’ though? The answer is simple: its ability to maintain seamless communication with an EV driver, an EV itself, the grid, and other charging stations. EV drivers are pleased if their chargers can indicate when the energy is least expensive . Most often, the price is down during the night. But none is impressed by leaving a cozy bed to plug in the car and start charging, right? This is why smart EV chargers also need a scheduling function to enable charging activities only at a particular time. Without any additional intervention from an EV driver. Such a great feature saves both time and money. With T eltoCharge , an EV driver needs to plug in the car, set charging using the app, and have no more worries. EV charging is made simple. Smart EV charging is no longer a trend which helps companies differentiate their products, it is a must-have feature that will lead the development of next-gen EV chargers. All smart features primarily add to a better customer experience making EV charging cheaper, more efficient, and sustainable. MAKING LOAD BALANCING DYNAMIC Dynamic load balancing is another feature closely related to smart charging, which primarily ensures safe charging and optimal energy distribution. Currently, the majority of the EV chargers offer static load balancing, which supposes manual load control. Let’s take home charging as an example. Usually, people use many electric appliances during the daytime that consume a substantial part of energy. Enabling EV charging when other devices are active is quite risky, as the property’s electrical capacity could overload. So an EV driver must consider the power available for the charger to use and, if needed, reduce the amperage available to charge an EV. So how does dynamic load balancing improve the experience? Dynamic load balancing is the perfect solution becoming available with more and more innovative EV chargers. The smart meter connected to a charger acts as the sensor that measures the property's power consumption in real-time; meanwhile, an EV charger reads the data and performs calculations. Then, instantly reacting to current changes, a smart EV charger automatically sets the maximum charging power at a given moment. ENABLING V2G OR BIDIRECTIONAL CHARGING Yet another EV charging trend to further develop in 2022 is vehicle-to-grid, or V2G, technology. It enables charging EV batteries and, at the same time, can make the batteries push the power back to the grid. What about using an EV as a powerhouse? Pecan Street, a transportation electrification and V2G research organization, estimates that each V2G-equipped EV could power a home for two to five hours or power up to five homes for about an hour. Can you just imagine? According to Virta, only 4% of EVs are on the go during the daytime. While the V2G technology allows the car to be used as a reserve almost 24/7 instead of just a few hours it is being charged. Nevertheless, the concept is quite complex and requires technological innovations. For instance, first of all, EVs need to be V2G-equipped. Also, to make V2G charging available, charging stations need additional software to access the central grid. However, this initiative will become a true revelation with a growing number of EVs and increasing load placed on the national grid. MAKING EV CHARGING WIRELESS? Although we are talking much about the upgrades of traditional EV chargers, there are many discussions around the next-gen phenomenon - wireless charging. The technology uses an electromagnetic field to transmit the energy between the charger and the car. All an EV driver has to do is align one’s vehicle to the wireless charging pad on the ground. The technology enabling wireless EV battery refills is under progressive development. In 2020, the wireless EV charging market was valued at $6.9 million. By 2030, it is forecasted to reach $207.4 million. The concept of wireless charging is also in the spotlight of such giant automakers like General Motors, Nissan, Volvo, or Tesla. In 2019, BMW was the first manufacturer that released a commercially-viable wireless charging system for its 530e plug-in hybrid electric sedan. In 2022, therefore, the market anticipates the come-out of the Genesis GV60 electric crossover - the first all-electric vehicle which is likely to feature a factory-installed wireless charging option. Although the idea of wireless charging is highly promising, its widespread adoption could take time. Currently, among the most significant challenges are slower charging speed compared to traditional EV chargers and expensive technological integration. But who knows, maybe this new trend soon will be the turning point in the entire charging industry? Overall, EV charging technologies’ move from niche market to mainstream is highly noticeable. Each upgrade and innovation in the field is aimed at having a reliable, scalable, cost-effective EV charging infrastructure. 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 4/2/2026 New partnership with UK EV Installers to expand smart charging in the UK 3/19/2026 Teltonika Energy and Powerverse Announce Strategic Partnership 3/10/2026 Partnership with Kelvelec in the UK Teltonika Energy and Powerverse Announce Strategic Partnership 19 March 2026 We have entered into a partnership with Powerverse, a UK-based home energy software provider. This collaboration focuses on integrating IoT-engineered EV charging hardware with the Powerverse Energy Operating System to enable more advanced home energy optimisation. Through this integration, it becomes possible to manage home energy use in real time, access demand-response and flexibility markets, and use a centralised platform for monitoring and control. The approach supports a shift beyond basic smart charging towards more efficient and connected use of home energy assets. This partnership reflects a broader move towards more responsive home energy ecosystems in the UK, where improved visibility and optimisation are increasingly relevant for both homeowners and energy providers. 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 4/2/2026 New partnership with UK EV Installers to expand smart charging in the UK 3/19/2026 Teltonika Energy and Powerverse Announce Strategic Partnership 3/10/2026 Partnership with Kelvelec in the UK How much time does it take to charge an electric car? It depends. 8 March 2022 HOW MUCH TIME DOES IT TAKE TO CHARGE AN ELECTRIC CAR? IT DEPENDS. If you’re considering buying an electric vehicle (EV), now is a great time. Because now switching to an EV is easier and more cost-effective than ever. Why? First of all, gas prices are at an all-time high, and there is little chance they will ever get lower. Secondly, EVs are less harmful to the environment than internal combustion engine (ICE) cars. Thirdly, the EV charging infrastructure constantly improves to satisfy the charging demand each year. Last but not least, automakers now offer a way broader range of EVs to choose from. However, it’s pretty common to hear that charging time for EVs is too long to value the vehicle being a good investment. So, if something is holding you back from making the decision, it could be the idea of slow charging time. But worth a note is that charging technologies are advancing at the speed of light. EVs are pushed to become a commodity while recharging - a convenient and quick experience. HOW LONG DOES IT TAKE TO CHARGE AN EV? Typically, an electric car with a 60kWh battery needs about eight hours to charge with a 7,4kW charging point (assuming that the battery was empty before charging). However, these numbers are not set in stone, and EV charging time depends on multiple factors. So, what aspects can help you estimate the charging time in your situation? THE CAPACITY OF A CHARGING STATION One of the main factors defining the charging speed is the charging capacity of the EV charger. In other words, it depends on the power rating the device uses. The more power it can give, the faster an EV will be full. Usually, depending on the power capacity, the speed of EV charging is divided into three simple types: slow, fast, and rapid. Slow charging is typically provided by the chargers rated at 3kw - 7kw with an AC supply while charging time averages around 10-14 hours. Fast charging is the most popular way of topping up EV vehicles. The chargers falling under this category, including our TeltoCharge station, are rated at 7kw - 22kw with an AC supply. An EV could be refilled for a journey in around four to six hours by fast charging. Rapid charging is the way of recharging an EV at the quickest time possible. A standard rapid charger is usually rated at 50kw with a DC supply; however, the range of rapid chargers passes even 100kw. Such devices will give a full charge in about an hour while charging to 80% can take as little as 20 to 30 minutes (with the final 20% usually taking another 20 minutes). THE CAPACITY OF AN ELECTRIC VEHICLE AND SIZE OF THE BATTERY No doubts that batteries play a crucial role here. The bigger battery is, the more power it can hold. However, with charging times, it might be a different story. A lot depends on the EV’s charging capacity. For example, some EVs can take higher input of power (e.g., maximum Tesla Model 3 fast charge power - 250 kW). However, other electric car models support a significantly lower charging capacity (maximum Nissan Leaf fast charging power - 46 kW). So, in some cases, the size might play the wrong game, and a bigger battery with better charging capacity will be complete in a shorter time. Here’s a simple way to calculate your average charging time for your EV vehicle: If your battery has a capacity of 60kWh and you have a charging power of 4.4kWh, your charging time would be about 13.6 hours (considering your battery is entirely out of power). However, increasing the charging power will decrease the time it will take you to charge your vehicle. Let’s use the Renault Zoe with a battery capacity of 52 kWh as an example. Depending on the possible power delivery, the TeltoCharge charger can full this EV in the following time ranges: STATE OF CHARGE The state of charge (SoC) is the ratio of the available capacity and the maximum possible charge that a battery of an EV can store. To secure batteries and prolong their lifespan, automakers put systems that prevent batteries from draining below or charging above certain limits (usually over 80 percent and below 20 percent). This is why sometimes it is even better to have a battery not fully charged but leave its power below 80 percent to avoid a longer charge to the maximum. At the same time, topping up the battery instead of filling it up to 100 percent and letting it drain also reduces charging time. So again, the time necessary to charge an EV depends on many factors. Mainly it is defined by the size of the battery and the capacity of the charging station. The current preferred option is fast charging using the EV chargers rated at 11kW - 22kW. However, EV technology is advancing quickly, so it will not take long for EV charging to become even faster. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

EU Data Act CONTACT US Updated YOUR DATA RIGHTS UNDER THE EU DATA ACT - WHAT YOU CAN DO WITH OUR APP DATA Introduction UAB Teltonika Energy, a company registered in Lithuania, is the manufacturer of the connected products „TeltoCharge“ (1st generation) and „EVC 2“ (2nd generation), which operate with the Teltonika EV Charging mobile application. These products connect via Bluetooth and OCPP (optional), enabling users to monitor and manage their charging activities. The EU Data Act (Regulation (EU) 2023/2854) applies from 12 September 2025 and establishes rules on the fair access to and use of data generated by connected products and related services. In simple terms, the regulation ensures that users of connected devices can access, download, and share the data those devices generate, in a structured, commonly used, and machine-readable format. In the context of the EU Data Act, the user of our product is the “data holder” — meaning that the data generated by the charging station and the mobile app belongs to the user. Teltonika Energy does not have access to, store, or otherwise retain this data. All data remains on the user’s device and can be directly accessed and exported by the user through the Teltonika EV Charging app. This statement applies worldwide, wherever our products are used, with EU Data Act rights being ensured where the regulation is applicable. What Data You Can Download When using the Teltonika EV Charging mobile application with your TeltoCharge (1st generation) or EVC 2 (2nd generation) charging station, you can access and export the following categories of data generated locally by your charger: 1. Session Data – o Energy delivered (kWh); o Charging type (grid or solar); o Charging duration; o Session start and end times; o Session cost (if configured). 2. Charger Status Data – o Current operating state (Available, Charging, Suspended, Faulted); o Error codes; o Charger temperature; o Firmware version. 3. User Settings – o Charging schedules; o Authentication preferences (RFID card, app start); o Renewable energy configuration settings. 4. Installer Settings – o Installation parameters; o Load balancing and load management settings; o Renewable energy configuration settings; o Communication settings with third-party devices. 5. Maintenance and Diagnostics – o Partially plain text, partially binary diagnostics file; o Live diagnostics data; o Firmware version. Format and Access Data can be exported in .xlsx, .log formats. Export is possible in two ways: 1. Bluetooth connection directly between the mobile app and the charger; 2. OCPP connection, when the user has connected the charger to an OCPP server of their choice. Users can select a specific time frame via the in-app calendar function to download either all data for that period or only selected time frame. Exports include metadata such as the time zone, date, and charger serial number. Limitations Data stored by third-party OCPP backends or any other data not listed above is not downloadable from the app. The app only displays and exports data generated locally by the charger. There are no retention limits — data remains available in the app until you choose to delete it or uninstall the app and it‘s data. How to Access and Export Your Data You can export data from your TeltoCharge (1st generation) or EVC 2 (2nd generation) charging station through the Teltonika EV Charging mobile application using either a Bluetooth connection or an OCPP connection. 1. Export via Bluetooth When your charger is connected to the app via Bluetooth, you can: a) Usage Data Export 1. Open the app and choose your charger. 2. On the main charger window, select “View all usage” on the dashboard. 3. Press the button in the top right corner. 4. Select the desired time frame of usage. 5. Press “Download”. 6. Open the downloaded file in the app’s downloads list. 7. Press the share icon in the top right to save it to your phone or share it elsewhere. b) Diagnostics Data Export 1. Open the app and choose your charger. 2. Press the settings icon in the top right. 3. Select “Diagnostics” → “Troubleshoot file”. 4. Choose “Download troubleshoot file”. 5. Open the troubleshoot file from the app’s downloads list. 6. Press the share icon in the top right to export. Bluetooth-based downloads take up to 5 seconds and require the charger to be powered on. 2. Export via OCPP If your charger is connected to an OCPP backend, you can trigger exports in the same way as without connection to an OCPP backend. The app retrieves data live from the charger via Bluetooth. For export procedures there are no technical restrictions on our side. 3. User Controls You can filter and export specific sessions or select a custom time range. There is no maximum time range for exports. Exports can be repeated as often as you wish. 4. Security and Permissions Before exporting, the app must be paired with the charger using a unique, charger-specific code. Usage data is exported in .xlsx format. Diagnostic files contain a small amount of plain text and other sections are in binary data. 5. Additional Notes Export works offline when using Bluetooth (as long as the charger is powered on). Exports are instantaneous, even if the charger is in use. Upon completion, a confirmation bar appears at the bottom of the screen. Sharing Your Data with Others As the user of a TeltoCharge (1st generation) or EVC 2 (2nd generation) charging station, you are the data holder under the EU Data Act. This means you have full control over the data generated by your charger and the Teltonika EV Charging mobile application. 1. User-Initiated Sharing You can freely share your exported .xlsx, .log files with any recipient of your choice using your own preferred method (e.g., email, cloud storage, USB). Files are first downloaded to your mobile device from the app and can then be shared through any available sharing method on your device. Teltonika Energy will not share your data with any third party unless you initiate the sharing. 2. Automatic Sharing via OCPP If you connect your charger to an OCPP backend of your choice, all relevant data will also be sent automatically to that backend. This allows the backend operator (e.g., charging network, fleet operator, energy management system) to access your data directly. User consent is required—connecting your charger to an OCPP backend is a voluntary action that enables this data transfer. Teltonika Energy has no contractual agreements with specific OCPP providers—you may connect to any compliant backend without discrimination. 3. Third-Party Access Rules The primary way for a third party to obtain your data is for you to share it manually. If your charger is connected to an OCPP backend, the backend may retrieve your data according to its own system capabilities and policies. Once you share your data, the third party’s own privacy policy and terms will apply—Teltonika Energy is not responsible for how your data is handled after it leaves your control. 4. Security Considerations We recommend sharing your data only with trusted parties. Diagnostic files may contain technical details about your charger and are partially plain text, partially binary data. These files can be fully interpreted only with proprietary software available exclusively to Teltonika Energy. Personal Data and Privacy At UAB Teltonika Energy, we respect your privacy and comply with the General Data Protection Regulation (GDPR) and the EU Data Act. We do not store any personal data or usage data from your charger or the Teltonika EV Charging mobile application. The app does not require user registration, and there is no cloud account associated with its use. Bluetooth-only use: No data is sent to Teltonika Energy servers. All data remains on your device and your charger. OCPP-connected use: Data is sent only to the OCPP backend selected by you. We do not operate any backend and cannot access the data sent to it. The only data we can see is Google Firebase service data, handled in accordance with Google Firebase’s own policies. If we ever process any personal data (for example, if you contact us directly), we will do so on a lawful basis such as your consent, performance of a contract, or our legitimate interests. You have rights under GDPR, including the right to access, rectify, erase, and port your personal data, as well as to restrict or object to processing. For full details, please refer to our Privacy Policy . Business-to-Business Access Teltonika Energy does not store any data generated by your charger or the Teltonika EV Charging mobile application and therefore cannot provide such data directly to other businesses. Third-party businesses (such as energy providers, fleet operators, or OCPP service providers) can only obtain your charger data in the following ways: 1. User-initiated sharing – You manually export the data from the app and provide it to the business. 2. Automatic transfer via OCPP – You connect your charger to an OCPP backend of your choice, and the data is transferred directly to that backend in line with its own policies. We provide only OCPP connectivity as the integration method for automatic data sharing and do not operate or control any OCPP backend. You may connect your charger to any OCPP-compliant backend without discrimination, and we have no exclusive agreements with any backend providers. Data sharing that you initiate is free of charge. Teltonika Energy does not provide direct business-to-business data sharing services. Once your data is shared with a third-party business—whether manually or via OCPP—that business is solely responsible for the security, processing, and further use of your data. Trade Secrets and Limits Under Article 4(6) of the EU Data Act, UAB Teltonika Energy is not required to make available any information that qualifies as a trade secret, provided that withholding such information does not prevent users from exercising their right to access and use their data. We protect the following categories of technical and commercial information as trade secrets: Firmware source code and binaries Encryption keys and security certificates Internal hardware schematics Proprietary communication protocols Manufacturing process details Any other information that qualifies as a trade secret under applicable law Diagnostic files generated by the charger are partially plain text, partially binary data and require proprietary software available only to authorized Teltonika Energy service personnel. These files are not required for normal user access under the EU Data Act and are used solely by our support team to investigate faults and provide assistance. By applying these limits, we ensure that all data necessary for your use of the product is accessible while safeguarding our intellectual property and product integrity. Contact Information & Support If you have questions regarding your data access rights, privacy, or this EU Data Act statement, you can contact us at: UAB Teltonika EnergyDitvos str. 6, LT-02121 Vilnius, LithuaniaEmail: teltonika.energy@gmail.com We aim to respond to all data-related inquiries within 30 days, in accordance with applicable regulations. When submitting a request, please include: Proof of ownership of the charger Charger serial number Company name from whom the charger was purchased We provide support in English and Lithuanian. Please note: This email contact is only for matters related to data access, privacy, and the EU Data Act. General product support for our B2B customers is handled through our HelpDesk system. For technical documentation and resources, visit our Technical Wikipedia . For corporate information, visit Teltonika Energy or our Group Website . If your charger is connected to an OCPP backend, please contact your OCPP backend provider for data stored on their systems.

Stay up to date with product releases, company milestones, and the latest EVC 2 innovations in the Teltonika newsroom. More News 4/2/2026 New partnership with UK EV Installers to expand smart charging in the UK 3/19/2026 Teltonika Energy and Powerverse Announce Strategic Partnership 3/10/2026 Partnership with Kelvelec in the UK How to turn sunlight into free drive 17 October 2025 From Generation to Smart Utilisation Electricity prices continue to rise across Europe, putting increasing pressure on electric vehicle (EV) owners. In January 2025, household electricity costs varied widely – from €0.091 per kWh in Budapest to €0.404 per kWh in Berlin – with the EU average around €0.255 per kWh . In Germany, rates reached about €0.38 per kWh in early 2025 , among the highest in the region. These figures highlight why efficient energy management has become an essential part of owning and charging an electric vehicle. At the same time, Europe and the world are witnessing an unprecedented surge in solar power adoption. In 2024, global solar PV installations increased by 597 GW – a 33 % growth compared to 2023 . By mid-2025, another 380 GW had been added globally, representing a 64 % increase compared with the same period in 2024. This shift shows that more households and businesses are investing in solar energy systems as part of their long-term strategy for energy independence and cost stability. As solar adoption grows, the focus is moving from generation to smart utilisation. Instead of exporting surplus electricity to the grid at low feed-in rates, homeowners now prefer to use it themselves. Integrating a smart EV charger with solar integration makes this possible by detecting when solar generation exceeds household demand and redirecting that surplus to charge an electric vehicle. In this way, sunlight is turned into measurable financial benefit – reducing reliance on expensive grid electricity and maximising the value of self-produced power. The Economics of Energy-Efficient EV Charging With electricity prices high and solar generation accelerating, the question is no longer if you should optimise self-consumption – but how . Studies show that while official EV efficiency averages about 19 kWh/100 km, real-world values are closer to 21 ± 4 kWh/100 km . Using 0.21 kWh per km as a realistic figure, the average cost to charge an EV with grid electricity at €0.255 per kWh is around €0.0536 per km – or €53.60 per 1,000 km. For a driver covering 15,000 km per year, that totals 3,150 kWh. Assuming a solar-aware system supplies 60 % of that energy (1,890 kWh), the remaining 1,260 kWh would be drawn from the grid, costing €321.30. Without such a system, fully grid-supplied consumption would cost ~ €803.25. That yields annual savings of €482. Parameter Value / Assumption Average electricity price (EU, 2025) €0.255 per kWh Average EV consumption 0.21 kWh per km Cost per km (grid electricity) 0.21 × 0.255 = €0.0536 / km Cost per 1,000 km €53.60 Annual driving distance 15,000 km → 3,150 kWh total Incentives and Subsidies in 2025 Across Europe, various support programmes are helping homeowners embrace EV charging solutions powered by renewable energy: United Kingdom Smart charging incentives and energy-cap protections for residential users. Learn more Germany Regional subsidies for home EV charging systems, with electricity prices averaging around €0.38 /kWh. Learn more European Commission Continued investment in clean infrastructure and renewable integration under EU energy frameworks. Learn more If a solar-aware smart charging system costs €2,500 to install and €800 is covered by subsidies, the payback time is roughly 3.5 years. After that, every kilometre driven on solar energy effectively becomes free – turning the charger into both a sustainability and financial investment. How Smart EV Charging Systems Work A smart EV charger is designed to make the most of every kilowatt generated by a solar PV system. By combining real-time monitoring, load management and automation, it ensures cost-efficient EV charging without compromising safety or convenience. Core Operating Principles Solar surplus management – When solar panels generate more electricity than your household currently uses, the charger detects this surplus and redirects it into the EV battery instead of exporting it to the grid. Dynamic load balancing – In homes with three-phase connections, the charger distributes current evenly and automatically adjusts charging speed as household demand changes. This protects your power supply and ensures the fastest safe charging rate. Smart energy mix – The EV smart charging system can combine solar and grid power, switching between them according to availability and cost. Using smart scheduling, it prioritises off-peak charging or solar surplus periods to minimise the electricity bill. Connected intelligence – With built-in Wi-Fi, Ethernet, and LTE connectivity, smart chargers enable cloud-based monitoring, firmware updates, and data insights in real time – ensuring your system remains secure, efficient, and up-to-date. Such intelligent coordination helps EV owners buy less energy from the grid and charge at home more economically, enhancing both comfort and sustainability. Design, Durability and Integration The growing home charging market offers many options, but not all combine practicality, intelligence, and modern design. Some models prioritise function, resulting in bulky or industrial-looking units that clash with home architecture. Others appear elegant but lack smart features or weather protection. A high-quality EV charger for solar panels should therefore achieve balance – blending seamlessly into its surroundings while delivering reliable, intelligent performance in all climates. It should adapt automatically to your household’s energy pattern and remain resilient to rain, snow, and temperature extremes. Why Choose the Teltonika EVC 2 The Teltonika EVC 2 exemplifies this balance of design and intelligence. Key Features Automatic detection of surplus solar generation and redirection to EV charging Advanced phase balancing and real-time load control Wi-Fi, Ethernet, and LTE connectivity for monitoring and updates IP56 and IK10 protection for resilience across climates Customisable front panels to match modern home aesthetics Together, these attributes make the Teltonika EVC 2 a practical and future-ready choice for households wanting to optimise solar energy for electric vehicles and reduce charging costs long-term. Discover EVC 2 Steps to Implement a Solar-Aware Charging Setup Assess your home setup – Evaluate solar PV output, consumption, wiring, and parking-area distance. Check available incentives – Explore national or EU-level programmes to offset installation expenses. Select the right charger – Prioritise solar surplus detection, dynamic load control, and connectivity. Install and commission – Hire a certified installer to set up smart load management and safety features. Monitor and optimise – Track real-time usage, adjust schedules, and review savings annually. Be Future-Ready With Smart Energy Solutions Rising energy costs and accelerating solar adoption make solar EV charging more relevant than ever. A smart charger for solar panels empowers homeowners to control power use, reduce grid dependence, and achieve faster ROI through energy-efficient EV charging. With the right system – and the technology behind the Teltonika EVC 2 – every ray of sunlight becomes more than just clean energy. It becomes a step towards cost stability, independence, and a smarter, more sustainable way to charge your EV at home. Become our partner today 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 4/2/2026 New partnership with UK EV Installers to expand smart charging in the UK 3/19/2026 Teltonika Energy and Powerverse Announce Strategic Partnership 3/10/2026 Partnership with Kelvelec in the UK Dynamic Load Management with Leader-Follower Function 21 July 2023 In this article, we'll unravel the concept of Dynamic Load Management for electric vehicle charging, focusing on Leader-Follower functionality. We'll talk about the benefits it brings, and look at some real-world examples of how and where it can be used. Understanding Dynamic Load Management with Leader-Follower Function Dynamic load management in electric vehicle charging is a system that wisely distributes power among multiple charging stations, responding to the overall demand and supply in the grid. The Leader-Follower functionality enhances this process. In a Leader-Follower arrangement, a primary charging point (the Leader) directs one or more secondary charging points (the Follower). The Leader charger determines power allocation to each of the Follower chargers by interpreting the data collated from them. This system ensures an optimal load on the grid and guarantees efficient use of available power. The Advantages of Dynamic Load Management with Leader-Follower Function 1. Optimized Power Distribution: The Leader-Follower functionality allows the effective allocation of power across multiple charging points. This ensures that each vehicle charges as efficiently as possible without overloading the system. 2. Scalability: This structure permits the easy inclusion or exclusion of charging points without extensive infrastructure modifications, offering an affordable scalability solution. 3. Load Balancing: The system is adept at balancing the load in real time based on demand from different EVs and the supply from the grid. This mechanism helps to prevent grid instability and reduces the risk of power cuts or tripping. 4. Maximized Grid Capacity: By intelligently managing power allocation, the Leader-Follower functionality enables maximum utilization of the available grid capacity. This process leads to reduced energy wastage and heightened efficiency. 5. Cost Savings: The system can considerably reduce energy costs through efficient power management. It can utilize off-peak hours for cheaper power or draw from renewable energy sources when available, leading to substantial savings. Use cases of Leader-Follower Functionality 1. Public Charging Stations: In public charging locations with multiple points, such as shopping malls or extensive parking lots, the Leader-Follower functionality can proficiently manage power allocation among different EVs, maintaining an optimal load on the grid. 2. Residential Complexes: In residential structures with shared parking, the Leader-Follower functionality can ensure all EVs are charged without overloading the building's power infrastructure. 3. Workplaces: For workplaces offering multiple EV charging points, our system can astutely manage the charging demand during peak hours and distribute power efficiently. 4. Fleet Charging: For businesses with large fleets of EVs, such as taxi services or delivery companies, the Leader-Follower functionality can manage and prioritize charging needs based on each vehicle's schedules and battery status. 5. Renewable Energy Integration: For places integrated with renewable energy sources like solar, the Leader-Follower functionality can smartly distribute renewable energy among different charging points, maximizing the use of green energy. About us TeltoCharge is fully equipped with Dynamic Load Management and Leader-Follower functionality. This integration will streamline the charging experience and provide a solid foundation for a sustainable and efficient future in ev charging infrastructure. 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 4/2/2026 New partnership with UK EV Installers to expand smart charging in the UK 3/19/2026 Teltonika Energy and Powerverse Announce Strategic Partnership 3/10/2026 Partnership with Kelvelec in the UK TeltoCharge has received the UDT opinion document 30 May 2024 TeltoCharge, developed by Teltonika, has recently been granted an opinion document by UDT (Urząd Dozoru Technicznego), which allows the usage of TeltoCharge in public places for commercial purposes in Poland. UDT (Office of Technical Inspection) is an institution appointed to conduct activities aimed at the safe operation of technical equipment in Poland. The main scope of UDT's activity is technical inspection, as defined by the provisions of the Act on technical inspection. TeltoCharge can be used for both commercial and home charging Our charger is equipped with OCPP 1.6, allowing seamless integration with over 15 of the most popular OCPP platforms for streamlined payment collection, remote control, and data gathering in one place. Additionally, our EV Charger features dynamic load management (DLM), which optimizes power allocation based on the total available capacity and the number of vehicles charging simultaneously. This ensures efficient distribution of power among multiple chargers, minimizing the risk of overloading the electrical infrastructure. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US

Contact Teltonika Energy for product information, technical support, or partnership opportunities. Our team is here to help. Contacts HEADQUARTERS TELTONIKA ENERGY Saltoniškių st. 14, LT-08105, Vilnius, Lithuania +37052409650 CONTACT US Career Interested in new job opportunities? Find a fulfilling job at Teltonika and become a creator of the IoT world. Career opportunities Support All the links to useful Teltonika support resources and technical documentation in one place. Product support ABOUT TELTONIKA Learn more about Teltonika, our history in IoT, business areas, founder, and corporate responsibility. Who we are text text text text

Stay up to date with product releases, company milestones, and the latest EVC 2 innovations in the Teltonika newsroom. More News 4/2/2026 New partnership with UK EV Installers to expand smart charging in the UK 3/19/2026 Teltonika Energy and Powerverse Announce Strategic Partnership 3/10/2026 Partnership with Kelvelec in the UK Teltonika Energy has released a multi-plate TeltoCharge 14 June 2023 As a company, Teltonika Energy has always prioritized the customizability and design of TeltoCharge. With our new release, users can now have one charger, with the option to change the front plate depending on their needs. Front plates: Granite Brown, Burgundy, Accoya Wood, and Winter White. Customizability The ability to change the front plate color allows users to adapt the charger to match the taste, EV, or exterior of a house, office, or other types of buildings. TeltoCharge was designed as a solution for home and semi-public charging. Personalization Changing the front plate of TeltoCharge allows for space personalization according to preferences. Experiment with different color front plates, or easily update the look without needing major investments. Cost-effectiveness Should there be a demand for a different look, or if the user wishes to try a new front plate color, an additional front plate can be purchased and used with the multi-plate TeltoCharge. The multi-plate TeltoCharge is the perfect solution when there's a need for customizability, personalization, and cost-effectiveness. It truly embodies the concept of 4 chargers in 1. Specifications: Socket and Cable 4 front plate options: Granite Brown, Burgundy, Accoya Wood, and Winter White Changeable front plate 3 power options: 7.4 kW; 11 kW; 22 kW Solar integration Certified: CE, CB, RCM, ADQCC, SASO 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 4/2/2026 New partnership with UK EV Installers to expand smart charging in the UK 3/19/2026 Teltonika Energy and Powerverse Announce Strategic Partnership 3/10/2026 Partnership with Kelvelec in the UK Partnership with Kelvelec in the UK 10 March 2026 We are glad to announce our partnership with Kelvelec, a UK electrical distributor. Over the past 25 years, Kelvelec has established a prominent position within the British electrical industry. Continuously working to evolve, adapt, and expand, Kelvelec consistently offers new products, innovates with up-to-date technology, and maintains an expanding workforce, all of whom place a high importance on customer service and promptness. Kelvelec have proudly been awarded three ISO Certifications, 9001: Quality Management Systems, 14001: Environment Management System and 45001: Health and Safety. This demonstrates Kelvelec's dedication to ongoing improvement and enhancement to provide the highest level of service for their customers as well as making sustainable steps towards reaching Net Zero. In 2020, Kelvelec expanded its range of products to incorporate EV charging. With this partnership, we aim to provide easy access to TeltoCharge in the UK market with the Kelvelec team, who are dedicated to ensuring that you will have TeltoCharge in the right place, at the right time. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US