The electric vehicle revolution has transformed how we think about transportation, and at the heart of this transformation lies the charging infrastructure that makes EV ownership practical and convenient. Royal Dutch Shell acquired Dutch charging network operator NewMotion, which manages over 30,000 charging points in 25 European countries, creating one of the most comprehensive new motion charging station networks available to EV drivers today. This strategic acquisition positioned Shell as a major player in the EV charging market, combining forecourt fast charging with home and workplace solutions to create a seamless charging ecosystem for electric vehicle owners across multiple continents.
Understanding the new motion charging station infrastructure is crucial for anyone considering an electric vehicle or already navigating the EV landscape. The network operates under both the NewMotion brand and the Shell Recharge identity, offering drivers flexibility and extensive coverage across Europe and beyond. NewMotion now offers access to over 250,000 charge points within its network, making it one of the largest charging networks in Europe. This massive infrastructure enables EV drivers to travel from the northern tip of Finland to the southern regions of Italy using just one charging card or app, eliminating the frustration of managing multiple accounts and payment methods.
What Is the New Motion Charging Station Network?
The new motion charging station network represents a comprehensive electric vehicle charging ecosystem that extends far beyond simple plug-and-charge functionality. NewMotion is a leading smart charging solutions provider for electric vehicles, offering smart charging solutions for business and private customers, at the workplace, at home and on-the-go. This holistic approach distinguishes NewMotion from competitors who focus exclusively on public charging infrastructure. The network encompasses three distinct charging environments: public charging stations located at convenient locations throughout cities and along highways, workplace charging solutions designed for businesses looking to support employee EV adoption, and home charging installations that provide overnight charging convenience for residential customers.
The infrastructure itself consists of various charging speeds and connector types to accommodate different vehicle models and charging needs. Charging stations often have connectors such as Combo CCS, CHAdeMO, or Type 2, which are compatible with most electric vehicle models. This versatility ensures that whether you drive a Tesla, Nissan Leaf, BMW i3, or any other electric vehicle, you’ll find compatible charging options within the network. The stations are strategically positioned at locations where drivers naturally spend time, including shopping centers, restaurants, hotels, and highway service stations, making it easy to top up your battery while going about your daily activities.
Smart Charging Technology That Balances the Grid
One of the most innovative aspects of the new motion charging station infrastructure is its smart charging capability. NewMotion is the first charge point operator to receive a licence to deliver grid balancing services, representing a groundbreaking achievement in the EV charging industry. This technology allows the network to manage charging speeds across thousands of connected vehicles simultaneously, helping to stabilize the electrical grid during periods of high demand or when renewable energy sources fluctuate. The system responds to grid frequency deviations within seconds, up to 600% faster than traditional fossil fuel-based alternatives, while maintaining a seamless charging experience for users.
The smart charging algorithm works by adjusting charging speeds based on real-time grid conditions. When the electrical grid frequency drops too low, indicating excess demand, the system temporarily reduces charging speeds. Conversely, when frequency is too high, indicating excess supply, charging speeds increase. By connecting just 4,000 EVs to the grid NewMotion is able to provide 1 MW for grid balancing services.
This innovative approach transforms electric vehicles from passive energy consumers into active participants in grid stability, effectively creating a distributed virtual battery network that can respond to power system needs in real-time. EV owners benefit from this system through optimized charging costs and the assurance that their vehicle will still be fully charged when needed, while the broader energy system gains valuable flexibility to integrate more renewable energy sources.
The Shell Recharge Integration and Rebranding
The relationship between NewMotion and Shell Recharge represents one of the most significant developments in European EV charging infrastructure. NewMotion announced that it will rebrand, becoming Shell Recharge Solutions in early 2022, marking a strategic consolidation of Shell’s global electric mobility offerings. This evolution brought together NewMotion’s European charging expertise with Greenlots’ North American charging capabilities under a unified brand identity. The rebranding wasn’t merely cosmetic; it signaled Shell’s commitment to creating a globally consistent EV charging experience that could serve both individual drivers and large commercial fleets across multiple continents.
For existing new motion charging station users, the rebranding process maintained service continuity while gradually introducing enhanced features and expanded network access. Shell group recently announced that by 2025 there will be over 30,000 Shell Recharge charge points, demonstrating the company’s aggressive expansion plans. The integrated network combines Shell’s forecourt rapid charging stations with NewMotion’s extensive roaming partnerships, creating a comprehensive charging solution that spans from home charging to high-speed highway charging. This integration allows drivers to use a single app and payment method across different charging scenarios, significantly simplifying the user experience compared to managing multiple charging network accounts.
The Shell Recharge branded stations typically feature rapid charging capabilities, with power outputs ranging from 50kW to 150kW or higher at select locations. These high-power chargers are strategically positioned at Shell service stations along major highways and in urban areas, enabling drivers to add significant range in relatively short periods. A typical rapid charging session can add 80% battery capacity in 20-30 minutes for many modern electric vehicles, making long-distance travel more practical and convenient.
Network Coverage and European Roaming Capabilities
The geographical reach of the new motion charging station network stands as one of its most compelling features. NewMotion network now offers access to public charge points from Nuorgam in the Northern tip of Finland, to Modica, on the island of Sicily, spanning over 5,000 kilometers of European territory. This extensive coverage resulted from strategic roaming partnerships with other charging network operators, including BeCharge, Wenea, Spirii, Mobi.E, Mer, Osprey, Vattenfall, ChargePoint, and Char.gy. These partnerships effectively eliminated the range anxiety that previously plagued long-distance EV travel in Europe.
The roaming agreements work seamlessly from the user’s perspective. When you arrive at a charging station operated by a partner network, your NewMotion or Shell Recharge card or app provides immediate access without requiring separate accounts or payment arrangements. The system automatically handles authorization and billing across network boundaries, similar to how mobile phone roaming works internationally. Shell Recharge is Europe’s largest charging partner offering fast and ultra-fast charging at Shell stations and access to over 600,000 public charge points in 35 countries, providing unprecedented convenience for cross-border travel.
Network density varies by country, with mature markets like the Netherlands, Germany, and the United Kingdom offering particularly comprehensive coverage. In these countries, you’ll rarely find yourself more than a few kilometers from a compatible charging station, whether you’re in a major city or traveling through rural areas. The network continues to expand rapidly, with new charging locations added weekly as EV adoption accelerates across Europe.
Home and Workplace Charging Solutions
While public charging infrastructure garners significant attention, the new motion charging station ecosystem places equal emphasis on home and workplace charging, recognizing that most EV charging occurs at these locations. Buying NewMotion will give Shell a stake in the home and workplace charging market, acknowledging that convenient overnight and workday charging forms the foundation of practical EV ownership. Home charging solutions typically involve the installation of a dedicated wallbox charger at your residence, providing charging speeds significantly faster than standard household outlets while incorporating smart features that optimize charging times and costs.
The home charging installations offered through the new motion charging station program include professional site surveys, electrical system assessments, and certified installation by qualified electricians. The wallbox units themselves feature weather-resistant construction suitable for outdoor or garage installation, with typical charging power ranging from 3.7kW to 22kW depending on your home’s electrical capacity and vehicle capabilities. Many units include RFID authorization to prevent unauthorized use, LED indicators showing charging status, and integrated cable management to keep things tidy when not in use.
Workplace charging solutions follow a similar philosophy but scale up to accommodate multiple vehicles simultaneously. Businesses installing new motion charging station equipment at their facilities can offer employees convenient charging during work hours, supporting EV adoption while potentially qualifying for government grants and tax incentives. The charging infrastructure can be configured with various access control options, allowing companies to restrict usage to employees, offer charging as a customer amenity, or generate revenue by providing public charging access. Fleet operators particularly benefit from workplace charging solutions, as they can schedule charging during off-peak electricity hours to minimize costs while ensuring vehicles are ready for daily operations.
Smart Charging Features and Energy Management
The intelligent software platform behind new motion charging station installations distinguishes them from basic charging equipment. The system enables load balancing across multiple charging points, preventing electrical system overloads when several vehicles charge simultaneously. Dynamic power allocation adjusts the available charging power based on real-time building energy consumption, ensuring charging doesn’t interfere with other electrical needs. For facilities with solar panels or battery storage, the software can prioritize charging when renewable energy is available, maximizing sustainability and reducing grid electricity consumption.
Users access these features through dedicated mobile apps and web dashboards that provide comprehensive visibility into charging activities. You can view charging history, track energy consumption, monitor costs, schedule charging sessions to take advantage of time-of-use electricity rates, and receive notifications when charging completes or if issues arise. For businesses, the management platform offers additional features including user management, cost allocation, reporting for sustainability initiatives, and integration with payment systems if charging is offered as a paid service.
Using the New Motion Charging Station Network
Accessing the new motion charging station network requires either the Shell Recharge app or a physical charge card. The Shell Recharge app helps users locate one of the many 500,000 public charging points in the large network spanning across 33 European countries. The app provides intuitive navigation features, allowing you to search for nearby charging stations, filter results by connector type, charging speed, and availability, view real-time station status, plan routes with charging stops, and initiate charging sessions directly from your smartphone. The app also handles all payment processing, eliminating the need for multiple cards or cash transactions at different charging networks.
For those who prefer a physical option, the new motion charging station RFID charge card offers equally comprehensive network access. The card works by holding it against the reader panel on the charging station, which authenticates your account and initiates the charging session. This approach provides reliability even in areas with poor mobile connectivity and offers a backup option if your phone battery dies. Many users carry both the app and card to ensure they can always access charging regardless of circumstances.
Pricing Structure and Payment Options
Understanding the cost structure for new motion charging station usage helps you budget for EV ownership effectively. No subscription fee, no connection fee. CPO tariff + €0,35 transaction fee per session till a maximum of 20 times a month. This transparent pricing model means you pay the charge point operator’s base rate plus a modest transaction fee, with the transaction fees capping at a reasonable monthly maximum even for frequent users. The charge point operator rates vary by location, charging speed, and local electricity costs, with rapid chargers typically commanding premium rates compared to standard AC charging.
Different charging scenarios carry different price points. Home charging through your own installed wallbox simply appears on your regular electricity bill at your residential rate, typically the most economical option. Workplace charging might be free as an employee benefit, available at a reduced rate, or billed at market rates depending on company policy. Public charging prices fluctuate based on location and charging speed, with highway rapid chargers generally more expensive than urban AC charging points. The app displays pricing before you start charging, ensuring transparency and helping you make informed decisions about where to charge based on your time constraints and budget.
The integrated billing system consolidates all charges onto a single monthly invoice, simplifying expense tracking whether you’re charging for personal use or need to document business mileage. For company fleets, the new motion charging station platform offers enhanced reporting capabilities that allocate charging costs to specific vehicles or cost centers, streamlining reimbursement and accounting processes.
Technical Specifications and Compatibility
The new motion charging station infrastructure accommodates a wide range of electric vehicles through support for multiple connector standards and charging protocols. European charging stations typically feature Type 2 connectors for AC charging, the standard adopted by most European and Asian manufacturers. For rapid DC charging, stations offer Combo CCS (Combined Charging System) connectors compatible with European and American vehicles, and CHAdeMO connectors originally developed for Japanese vehicles. This comprehensive connector availability ensures compatibility with virtually every electric vehicle sold in Europe, from budget-friendly compact cars to luxury sedans and SUVs.
Charging power levels vary significantly across the new motion charging station network, accommodating different use cases and vehicle capabilities. Standard AC charging points typically deliver 3.7kW, 7.4kW, 11kW, or 22kW depending on the installation and local electrical infrastructure. These power levels suit destination charging scenarios where vehicles remain parked for extended periods. Rapid DC chargers deliver 50kW to 150kW or more, enabling quick top-ups during travel. Ultra-rapid chargers at select locations can exceed 350kW, though few current vehicles can accept power at these extreme rates. Your vehicle’s onboard charger and battery capacity determine the actual charging speed, with the charging station automatically adjusting to your vehicle’s maximum capabilities.
Installation Requirements and Process
Installing a new motion charging station at your home or business involves several stages designed to ensure safe, compliant operation. The process begins with a site survey conducted by certified electricians who assess your electrical panel capacity, evaluate the proposed charger location, identify any necessary electrical upgrades, and recommend the optimal charging solution for your needs. This survey typically takes 1-2 hours and provides a detailed quote for the complete installation.
The electrical requirements for home installations usually mandate a dedicated circuit from your main electrical panel to the charging location. Most home installations require 32-40 amp circuits for 7.4kW charging, which provides a full charge overnight for most electric vehicles. Larger installations or faster charging speeds may require electrical panel upgrades if your existing service lacks sufficient capacity. Commercial installations involve more complex considerations including load balancing requirements, potential demand charge implications, utility interconnection agreements, and civil works for multiple charging points.
The physical installation process typically completes in a single day for residential installations and 1-2 weeks for commercial projects depending on scope. Certified installers ensure compliance with local electrical codes, proper grounding and circuit protection, weather-resistant connections, and integration with any existing building management systems. After installation, the new motion charging station technicians configure the charging point’s network connectivity, test all functionality, and provide user training to ensure you can confidently operate your new charging infrastructure.
Comparing New Motion Charging Station to Other Networks
When evaluating EV charging options, understanding how the new motion charging station network compares to alternatives helps you make informed decisions. The network’s primary strength lies in its extensive European coverage through roaming partnerships, rivaling or exceeding most competitors in geographical reach. While networks like Pitpoint charging station offer specialized services in specific markets, particularly for commercial vehicles and fleet operations, NewMotion’s broader consumer focus provides more versatile accessibility for diverse user needs.
The smart charging capabilities distinguish new motion charging station infrastructure from many competing networks. While basic plug-and-charge functionality is now standard across the industry, features like grid balancing services, dynamic load management, and renewable energy optimization remain relatively uncommon. These advanced capabilities appeal particularly to environmentally conscious users and businesses seeking to maximize sustainability credentials while potentially reducing operational costs through intelligent energy management.
User experience represents another differentiating factor. The integrated app and charge card system eliminates the multi-app frustration common to EV charging, where drivers often need separate accounts and payment methods for different networks. Customers will have the ability to utilise many different networks using only one app and avoid closed networks where they would need a specific card or subscription. This interoperability advantage proves especially valuable for drivers who travel frequently or across international borders within Europe.
Pricing Competitiveness and Value Proposition
Cost comparison across charging networks reveals a nuanced picture. The new motion charging station pricing structure generally falls within the mid-range of European charging networks, neither the absolute cheapest nor the most expensive option. However, direct price comparisons can mislead because pricing varies significantly by location, charging speed, and time of use. The value proposition extends beyond per-kWh costs to encompass network availability, reliability, charging speed options, and seamless roaming across partner networks.
For frequent travelers, the ability to access charging infrastructure across 35 countries with a single account and payment method provides tangible value that purely price-focused networks cannot match. The transaction fee cap at 20 charges per month protects heavy users from excessive overhead costs, making the network economically attractive for both occasional and frequent chargers. Home and workplace charging solutions typically deliver better value than competing offerings when considered holistically, including installation quality, equipment warranty, smart charging features, and ongoing software support.
Real-World User Experiences and Performance
User feedback on the new motion charging station network reveals both strengths and areas for improvement. Many users praise the extensive network coverage and the convenience of accessing charging points across multiple countries with a single card or app. The ability to plan long-distance journeys with confidence, knowing compatible charging infrastructure will be available at regular intervals, represents a significant advantage over more fragmented networks. Users particularly appreciate the reliability of the hardware, with charging stations generally functional and well-maintained compared to some competing networks plagued by frequent outages or poor maintenance.
However, the network has faced criticism in certain areas. Some users report issues with the mobile app, including occasional connectivity problems, interface confusion, and difficulty completing the registration process on certain devices. The subscription requirement for advanced features of home charging units has generated controversy, with some users feeling that functionality built into the hardware shouldn’t require ongoing payments to access. Customer service responsiveness varies, with some users reporting excellent support while others describe frustrating delays in addressing installation issues or technical problems.
Network Reliability and Station Availability
The operational reliability of new motion charging station infrastructure generally exceeds industry averages, though individual experiences vary by location and station type. Rapid charging stations at major highway service stations typically demonstrate high reliability due to regular maintenance and high usage rates that quickly identify problems. Urban charging points show more variable reliability, partly due to diverse operating environments and the challenges of maintaining widely distributed infrastructure. The network monitoring systems track station status in real-time, with the app displaying availability and operational status to help users avoid non-functional charging points.
Station availability during peak times presents challenges for popular locations. High-traffic charging points along major holiday routes can experience queuing during peak travel periods, particularly summer holidays and long weekends. The app’s availability information helps users identify congested locations and find alternative options nearby. Urban charging points generally show better availability due to higher station density and more distributed usage patterns. The ongoing network expansion aims to address capacity constraints at popular locations through installation of additional charging points and higher-power infrastructure that reduces charging duration.
Environmental Impact and Sustainability
The environmental benefits of the new motion charging station network extend beyond simply enabling electric vehicle adoption. Every year, Shell Recharge IoT-enabled EV charging solutions are helping to save the planet over 2,000 tonnes of carbon yearly, contributing meaningfully to global decarbonization efforts. This carbon reduction results from the displacement of fossil fuel combustion in internal combustion vehicles, though the actual environmental benefit depends heavily on the electrical grid’s energy mix in each location. Countries with higher renewable energy penetration achieve greater environmental benefits per kWh of charging compared to regions still heavily dependent on fossil fuel generation.
The smart charging technology plays a crucial role in maximizing sustainability. By adjusting charging times and speeds based on grid conditions, the system helps integrate variable renewable energy sources like wind and solar power. Charging can increase when renewable generation exceeds demand, effectively storing surplus clean energy in vehicle batteries rather than curtailing renewable generation or relying on fossil fuel peaker plants. This intelligent load management makes the electrical grid more flexible and resilient, facilitating the transition to 100% renewable energy systems that might otherwise struggle with the intermittency of renewable sources.
The new motion charging station business model also encourages installation at locations with existing infrastructure, minimizing the environmental footprint of new construction. Service stations, shopping centers, and existing parking facilities can add charging infrastructure without requiring entirely new developments. This approach reduces land use impacts and preserves green space compared to standalone charging station developments. The company has also committed to exploring renewable energy procurement for its charging network, though specific targets and timelines vary by market.
Future Developments and Network Expansion
The evolution of the new motion charging station network continues at a rapid pace, driven by accelerating EV adoption and advancing technology. Shell Recharge planned to open EV charge stations in Belgium, Germany, Luxembourg, Austria, the UK, and Norway, with expansion continuing into new markets and densification of existing coverage areas. Future installations will increasingly feature ultra-rapid charging capabilities exceeding 150kW, reducing charging times to levels approaching traditional fuel stops. These next-generation chargers will employ liquid-cooled cables to handle high power levels safely and incorporate advanced battery management to protect vehicle batteries during rapid charging.
The integration of renewable energy generation directly at charging sites represents another development direction. Solar canopies over parking spaces with charging points can generate clean electricity on-site, reducing grid electricity consumption and potentially providing shade for vehicles. Battery storage systems co-located with charging infrastructure can buffer power delivery, reducing peak demand charges and enabling high-power charging even in locations with limited grid connection capacity. These hybrid systems point toward increasingly self-sufficient charging infrastructure that reduces environmental impact while improving economic viability.
Technological Innovations on the Horizon
Emerging technologies promise to enhance the new motion charging station experience significantly. Vehicle-to-grid (V2G) capabilities will allow electric vehicles to not only draw power from charging stations but also return power to the grid when needed, creating bidirectional energy flow. This technology transforms electric vehicles from passive consumers into active grid resources that can provide valuable services like peak demand reduction, frequency regulation, and emergency backup power. The existing smart charging infrastructure positions NewMotion to implement V2G features as vehicles with this capability become more common.
Improved payment systems utilizing contactless credit cards and digital wallets are being deployed across the network, supplementing app-based and RFID card payment options. These additions reduce barriers to charging for occasional users who may not want to install an app or register for an account. Plug-and-charge technology, which automatically authenticates vehicles and initiates charging without any user interaction beyond plugging in, represents the ultimate convenience advancement. This technology, based on the ISO 15118 standard, is being gradually implemented across newer charging stations and compatible vehicles.
Artificial intelligence and machine learning are being applied to optimize network operations, predict maintenance needs before failures occur, forecast charging demand to guide expansion decisions, and personalize user experiences based on individual preferences and usage patterns. These technologies promise to make the charging experience progressively more seamless and reliable while reducing operational costs and environmental impact.
Business and Fleet Solutions
Commercial applications of the new motion charging station infrastructure provide tailored solutions for organizations transitioning to electric fleets. Fleet operators face unique challenges including coordinating charging for multiple vehicles, managing energy costs across high-volume charging operations, integrating charging logistics with operational scheduling, and maintaining detailed records for financial and regulatory reporting. The NewMotion platform addresses these needs through dedicated fleet management tools that provide centralized oversight and control of charging activities across entire vehicle fleets.
The fleet solutions include sophisticated software that optimizes charging schedules to minimize costs while ensuring vehicles are ready when needed. The system can prioritize charging based on planned usage schedules, automatically adjust power allocation across multiple vehicles to avoid demand charges, track per-vehicle energy consumption for cost allocation, and generate comprehensive reports for financial analysis and sustainability reporting. These capabilities prove especially valuable for large fleets operating from centralized depots where smart charging coordination can generate substantial savings compared to unmanaged charging approaches.
For businesses operating mixed fleets with both company-owned and employee-owned electric vehicles, the new motion charging station infrastructure provides flexible access control and billing options. Employees can charge personal vehicles at work with costs automatically tracked and billed appropriately, eliminating the administrative burden of manual reimbursement processes. Guest charging can be offered to customers, visitors, or the general public with separate rate structures and access controls. This flexibility allows companies to maximize the utilization and return on investment of their charging infrastructure while supporting various organizational goals from employee benefits to customer service.
Government Incentives and Support Programs
Many governments offer financial incentives for installing new motion charging station infrastructure, recognizing the importance of charging networks in facilitating EV adoption. These incentives typically take several forms including upfront grants covering a percentage of equipment and installation costs, tax credits that reduce taxable income based on charging infrastructure investments, accelerated depreciation schedules that provide faster tax benefits, and ongoing operational subsidies in some jurisdictions. The specific programs available vary significantly by country, region, and sometimes even municipality, making it important to research applicable incentives before proceeding with installation.
Eligibility requirements for these programs often specify criteria such as public accessibility requirements, minimum charging power levels, geographical restrictions, installation timelines, and equipment standards. NewMotion’s experience navigating these programs across multiple European countries provides valuable guidance for customers seeking to maximize available incentives. The company typically assists with grant applications, ensuring installations meet all program requirements, documentation for compliance verification, and coordination with relevant government agencies.
The broader policy environment surrounding EV charging continues to evolve, with governments increasingly mandating charging infrastructure in new construction, providing preferential permitting for charging installations, requiring charging availability at publicly accessible parking facilities, and implementing building codes that facilitate future charging infrastructure addition. These supportive policies create a favorable environment for new motion charging station expansion while reducing barriers to widespread EV adoption.
Frequently Asked Questions About New Motion Charging Station
What is a new motion charging station and how does it work?
A new motion charging station is part of Shell’s comprehensive EV charging network providing access to over 250,000 charge points across 35 countries. The stations work by authenticating users through an RFID card or mobile app, delivering AC or DC power to electric vehicles through standardized connectors, and automatically managing payment through the integrated billing system. The smart charging technology can adjust charging speeds based on grid conditions, vehicle needs, and user preferences.
How much does it cost to use a new motion charging station?
Pricing for new motion charging station usage includes the charge point operator’s base rate plus a €0.35 transaction fee per session, with transaction fees capped at 20 sessions per month. The base rates vary depending on location, charging speed, and local electricity costs. Rapid charging typically costs more than standard AC charging, while home charging through your own installation simply appears on your electricity bill at residential rates.
Where can I find new motion charging station locations?
New motion charging station locations can be found throughout Europe using the Shell Recharge mobile app or website. The network provides coverage from Finland to Italy and across 33 European countries, including highway rapid chargers, urban charging points, and destination charging at shopping centers, hotels, and other convenient locations. The app shows real-time availability and station status to help you plan charging stops effectively.
Are new motion charging stations compatible with all electric vehicles?
New motion charging station infrastructure supports all major connector standards including Type 2 for AC charging, Combo CCS for European and American vehicles, and CHAdeMO for Japanese vehicles. This comprehensive compatibility ensures that virtually every electric vehicle sold in Europe can charge on the network. The charging station automatically communicates with your vehicle to determine the optimal charging speed based on your vehicle’s capabilities.
How long does it take to charge at a new motion charging station?
Charging time at a new motion charging station varies significantly based on several factors including charging station power output (3.7kW to 350kW), vehicle battery size and charge acceptance rate, current battery level, and environmental conditions. Rapid DC chargers can typically add 80% charge in 20-40 minutes for most modern EVs, while standard AC charging might require several hours for a full charge, making it better suited for overnight or destination charging scenarios.
Can I install a new motion charging station at my home?
Yes, new motion charging station offers home charging solutions including professional installation of wallbox chargers at residential properties. The process involves a site survey to assess electrical capacity, installation by certified electricians, and configuration of smart charging features. Home installations typically provide 7.4kW to 22kW charging power, sufficient to fully charge most electric vehicles overnight while taking advantage of lower off-peak electricity rates.
What makes new motion charging station different from other charging networks?
The new motion charging station network distinguishes itself through extensive European coverage via roaming partnerships, smart charging technology that helps balance the electrical grid, a single app and card that provides access to multiple partner networks, advanced fleet management tools for commercial users, and integration with Shell’s global energy expertise. The network pioneered grid balancing services using EV charging infrastructure, demonstrating leadership in innovative charging technology.
Ready to experience the future of electric vehicle charging? Visit NewMotion to learn more about accessing the new motion charging station network, explore installation options for your home or business, and discover how smart charging technology can make your EV ownership experience more convenient, economical, and environmentally sustainable. Join over 500,000 registered users already benefiting from Europe’s most comprehensive charging network.