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A practical checklist for UK fleet managers choosing software built for the EV transition As the UK accelerates toward a zero-emissions future, fleet operators are under increasing pressure to transition from internal combustion engine (ICE) vehicles to electric vehicles (EVs). But switching vehicles is only half the battle – success depends heavily on choosing the right fleet management software for electric vehicles. Unlike traditional systems, EV fleet software must address unique challenges such as charging logistics, range management, and evolving compliance requirements. In this guide, we break down the 9 essential features UK fleet managers should prioritise to ensure a smooth and cost-effective EV fleet transition. 1. Intelligent Charging Management Efficient charging is the backbone of any EV fleet. Look for software that enables: Advanced charging management ensures vehicles are ready when needed while keeping energy costs under control – especially important in the UK’s variable energy pricing landscape. It also helps prevent bottlenecks at depots by balancing load across multiple chargers. Over time, these efficiencies can significantly reduce operational expenses and improve fleet availability. 2. Real-Time Battery and Range Monitoring Range anxiety isn’t just for drivers, it’s a logistical concern for fleet managers too. High-quality EV software should provide: This level of visibility is critical for maintaining operational continuity across your UK fleet management strategy. With accurate range forecasting, managers can confidently assign jobs without risking disruptions. It also enables better planning for longer routes or multi-stop deliveries, reducing the need for last-minute charging stops. 3. EV-Specific Telematics Traditional telematics fall short when applied to EVs. Instead, opt for platforms offering electric vehicle telematics, including: These insights help optimise performance and reduce running costs across your EV fleet. By understanding how energy is used, managers can identify inefficiencies and coach drivers toward more economical habits. Over time, this leads to measurable improvements in both energy consumption and vehicle longevity. 4. Route Planning with Charging Integration EV route planning must go beyond distance and traffic. The best systems include: This ensures drivers can complete journeys without disruption – key during any EV fleet transition. It also minimises downtime by directing drivers to available and compatible charging points. With smarter routing, fleets can maintain high service levels even as they shift to electric operations. 5. Comprehensive Fleet Tracking and Reporting Data-driven decisions are essential for modern fleets. Your software should offer robust fleet tracking and reporting, including: Customisable dashboards and exportable reports help fleet managers stay informed and demonstrate ROI. These insights can also support internal reporting and stakeholder communication. With better visibility, organisations can continuously refine operations and identify opportunities for further savings. 6. Maintenance and Health Monitoring EVs have fewer moving parts than ICE vehicles, but they still require proactive maintenance. Look for features such as: This reduces downtime and extends vehicle lifespan – critical for long-term cost savings. Early detection of issues can prevent costly repairs and unexpected breakdowns. Additionally, maintaining optimal battery health ensures consistent performance and protects your investment in EV technology. 7. Compliance and Emissions Reporting UK regulations are evolving rapidly, especially around emissions and sustainability. Your software should simplify compliance by offering: This ensures your fleet remains compliant while supporting corporate ESG goals. It also reduces the administrative burden on your team by automating complex reporting processes. Staying ahead of regulatory requirements can protect your business from penalties and enhance your reputation. 8. Integration with Energy and Fleet Systems A powerful EV platform should integrate seamlessly with your existing tools, including: This creates a unified ecosystem for managing your electric vehicle fleet efficiently. Integration eliminates data silos and reduces the need for manual input across systems. As a result, teams can operate more efficiently and make decisions based on a complete, accurate data picture. 9. Scalability and Future-Proofing Your EV journey is just beginning. Choose software that can scale with your fleet and adapt to future needs: Future-proofing your fleet management software for electric vehicles ensures long-term value and flexibility. As technology and regulations evolve, your system should evolve with them. This allows your fleet to remain competitive and efficient as your operations expand. Transitioning to an electric fleet is a strategic move – but without the right tools, it can quickly become complex and costly. By prioritising these nine features, UK fleet managers can streamline operations, reduce costs, and stay compliant in a rapidly evolving landscape. Whether you’re just starting your EV fleet transition or scaling an existing operation, investing in purpose-built EV software is essential for success. Looking to optimise your EV fleet? Discover how LEVL’s intelligent solutions support smarter UK fleet management with advanced telematics, charging insights, and real-time reporting.

What every UK electric fleet platform must deliver as adoption accelerates into 2026 UK fleets can’t afford the wrong platform. Here’s what fleet management software for electric vehicle fleets must include in 2026. The EV transition is no longer a future consideration for UK fleet managers — it is a live operational challenge. With the Zero Emission Vehicle mandate tightening, Clean Air Zone penalties expanding, and diesel costs continuing to climb, selecting the right fleet management software for electric vehicle fleets has never been more urgent. The question is no longer whether to electrify but how fast your systems can support it. The critical bottleneck for most operations leaders is not the vehicles. It is the software. The platform you choose determines whether your transition runs smoothly or generates daily firefighting and most platforms were not designed with EVs at their core. This guide sets out the ten capabilities UK fleet managers must demand from any platform in 2026 – to make faster, better-informed shortlist decisions. Why Fleet Management Software for Electric Vehicle Fleets Must Go Further Traditional telematics platforms were built around a simple model: track location, monitor speed, log mileage, flag faults. That model served ICE fleets well. It does not serve electric vehicle fleets at all. UK fleet management in 2026 requires software that understands battery state, energy tariff structures, charging infrastructure, range anxiety, EV-specific maintenance intervals, and a rapidly expanding patchwork of emission compliance zones. Platforms that retrofit EV features onto ICE-centric architecture invariably produce gaps — gaps that show up at 6am when a van has 18 miles of range and a 40-mile first call. 1. Real-Time State of Charge (SoC) Monitoring Battery visibility is the foundation of EV fleet operations. Without live, accurate state of charge data across every vehicle in a mixed fleet, dispatchers are making assignment decisions blind and the consequences range from missed jobs to stranded assets. Effective SoC monitoring integrates directly with the vehicle’s onboard systems via OBD or OEM API, not via infrequent GPS pings. It surfaces battery readings alongside conventional telematics data in a single dashboard, covering ICE and electric vehicles simultaneously. Geotab via LEVL delivers native real-time SoC monitoring through MyGeotab, with full mixed-fleet dashboard support. 2. Intelligent Charging Management Charging management is where the gap between genuine EV platforms and retrofitted telematics solutions becomes most apparent. Knowing a vehicle is plugged in is not the same as managing when, how fast, and at what cost it charges. UK fleet operators need software that schedules charging automatically around off-peak energy tariffs – including Economy 7 and half-hourly settled business contracts – prevents grid overload events at depot level, and guarantees vehicles depart fully charged without incurring peak-rate electricity costs. This is what real charging management looks like in practice. Geotab via LEVL provides this natively through Geotab Energy, which integrates with OCPP-compliant chargers and handles tariff-aware scheduling as a standard feature. 3. Range Prediction and Trip Planning WLTP range figures are a manufacturer’s test cycle result. They are not a promise, and they are not operationally useful. Real-world EV range in UK fleet conditions varies significantly with payload, temperature, terrain, ancillary loads, and individual driver behaviour. Fleet management software for electric vehicle fleets must compute trip-specific range estimates using historical vehicle and driver data and flag automatically when an assignment risks leaving a driver short of charge before reaching a suitable charging point. Geotab via LEVL uses MyGeotab’s predictive range engine, which draws on your fleet’s own historical driving patterns and vehicle telemetry to improve accuracy over time and integrate range warnings into route planning. 4. Clean Air Zone and ULEZ Compliance Reporting Fleet compliance and reporting in the UK has become significantly more complex. London’s ULEZ now covers the entirety of Greater London. Birmingham’s Clean Air Zone is operational. Manchester, Bristol, Bath, and a growing number of local authorities are implementing or expanding their own schemes. For fleet managers, the risk is twofold: financial penalty from non-compliant vehicles entering charge zones, and reputational exposure from failing to demonstrate compliance to customers and regulators. Software must automate zone tracking, alert dispatchers in real time when non-compliant vehicles are routed into restricted areas, and generate audit-ready compliance reports. Geotab via LEVL maintains pre-built UK CAZ and ULEZ geofences within the platform, updated as zones change, with automated alerting and compliance reporting as standard. 5. EV-Specific Driver Behaviour Scoring Driver behaviour coaching looks different in an EV context. Hard acceleration depletes range far more aggressively than in a diesel vehicle. Sustained high-speed motorway driving affects battery thermal management. Poor anticipation that leads to heavy braking wastes the regenerative energy a smoother driver would recover. Applying legacy ICE scoring parameters to EV drivers generates misleading scores and misses the coaching interventions that actually improve EV fleet economics. Platforms must differentiate EV scoring from ICE scoring and connect those scores to energy consumption and battery health outcomes. Geotab via LEVL delivers EV-specific driver scoring through MyGeotab, with LEVL’s coaching layer providing structured driver improvement programmes on top. In UK deployments, this approach has reduced fleet energy consumption by 8–15%. 6. Total Cost of Ownership (TCO) Optimisation The business case for EV fleet transition must survive board-level scrutiny. Finance directors and procurement committees need more than a spreadsheet built on assumed mileage and average energy costs – they need total cost of ownership (TCO) optimisation modelled against actual fleet usage data. That means capital cost versus residual value analysis, real energy cost modelling using your actual routes and tariffs, maintenance cost differentials between ICE and EV, and UK-specific financial overlays including Benefit in Kind rates, VAT recovery on commercial charging, and available grant funding from schemes such as OZEV’s Fleet Uplift Grant. Geotab via LEVL delivers this through Geotab’s EV Suitability Assessment, which uses real telematics data to model per-vehicle TCO and identify which vehicles in your existing fleet are best suited for EV replacement and when. 7. Preventive Maintenance for EV-Specific Components EV maintenance is structurally different from ICE maintenance,

What is GPS Tracking and How Does it Benefit Fleet Management? Businesses need real-time insights into their assets to stay competitive. One of the most valuable technologies making this possible is GPS tracking. But what exactly is GPS tracking, and how can it optimise fleet management? Understanding GPS Tracking GPS (Global Positioning System) is a satellite-based technology that allows for the precise location tracking of any equipped device. Whether it’s a personal vehicle or an entire fleet, it can provide real-time data on the whereabouts of assets. This technology has transformed how businesses manage their fleets, offering insights into everything from location to driver behaviour. Top Benefits of GPS Tracking for Fleet Management How Does It Work? GPS tracking devices are installed in vehicles to collect data from multiple satellites. This information is then processed and displayed in a user-friendly format, often through a dedicated GPS fleet management platform. Businesses can monitor their vehicles in real-time, gaining insights into route efficiency, vehicle speed, idle time, and more. The data gathered by the GPS system can also be stored and analysed over time to identify trends and patterns in fleet operations. This historical information helps fleet managers evaluate driver performance, track vehicle usage, and plan maintenance schedules more effectively. By utilising this data, companies can make long-term improvements, such as reducing fuel consumption, preventing vehicle wear and tear, and improving overall productivity. Additionally, automated reporting features make it easier to stay compliant with industry regulations and streamline administrative tasks. Future of GPS Tracking in Fleet Management As technology evolves, GPS tracking is likely to integrate further with AI and automation. Predictive analytics, powered by telematics and GPS, will allow businesses to anticipate traffic patterns, weather conditions, and even vehicle performance issues before they become problems. This will further streamline fleet management, enabling companies to operate more efficiently and profitably. GPS tracking is no longer just a tool for finding locations—it’s a critical asset for any business that relies on vehicles to operate. From optimising routes to improving driver safety, it is revolutionising fleet management. If you’re looking to improve the efficiency, safety, and profitability of your fleet, investing in GPS tracking technology is the way forward. Discover how our telematics solutions can streamline your operations and boost your bottom line. Book a demo today to see the benefits in action and take the first step towards optimising your fleet management.

Discover how AI-powered video telematics helps fleets improve safety, reduce risk and stay compliant with privacy regulations – without creating a culture of surveillance. Video telematics privacy concerns are one of the biggest barriers to adoption for modern fleets. As organisations look to improve safety using AI-powered cameras, many are asking how they can gain visibility without creating a culture of surveillance. But one concern continues to surface: Is video telematics an invasion of privacy? The answer depends entirely on how it’s implemented. What is video telematics and how does it protect driver privacy? Video telematics combines AI-powered cameras with vehicle data to monitor driver behaviour and improve fleet safety. Modern systems protect driver privacy by recording only high-risk events, using configurable camera settings and securing access to footage, rather than continuously recording drivers. Is video telematics an invasion of privacy? It can be — if implemented poorly. Traditional camera systems often rely on continuous recording, which can create concerns around surveillance and trust. However, modern AI-powered video telematics is designed to do the opposite. Instead of capturing everything, it focuses only on moments where risk is detected, such as harsh braking, distraction or near misses. This significantly reduces unnecessary footage and ensures that data is used for safety, not monitoring. The difference isn’t the camera. It’s how the data is captured and used. How video telematics balances safety and privacy AI has fundamentally changed how video telematics works. Rather than relying on manual review of hours of footage, intelligent systems analyse behaviour in real time and surface only the events that matter. This allows fleets to improve safety while maintaining clear privacy boundaries. Video telematics balances safety and privacy by: This approach ensures that fleets gain meaningful insights without creating a culture of surveillance. Is video telematics legal in the UK? Yes, video telematics is legal in the UK when implemented in line with GDPR and data protection regulations. Fleets must ensure that: When these principles are followed, video telematics can enhance safety while remaining fully compliant with UK law. The real problem isn’t privacy – it’s poor implementation Most resistance to video telematics doesn’t come from the technology itself. It comes from how it’s introduced. If fleets position cameras as a surveillance tool, drivers will push back. If they position them as a safety and protection tool, adoption increases significantly. Drivers are far more likely to support video telematics when they understand that it: The most successful fleets focus on transparency, communication and coaching — not control. Video telematics vs traditional monitoring: what’s the difference? Traditional monitoring systems rely on continuous recording and manual review. This creates large volumes of footage, increases administrative workload and raises privacy concerns. Video telematics, powered by AI, captures only relevant safety events and provides real-time insights. This reduces unnecessary data collection while enabling fleets to take proactive action to prevent incidents. The result is a smarter, more efficient approach to fleet safety. What are the benefits of video telematics for fleets? Video telematics delivers measurable improvements across safety, efficiency and cost. The key benefits include: For councils and public sector fleets, these benefits are particularly important, given the high-risk environments and public accountability involved. Common concerns about video telematics (and the reality) Concern: Drivers are being constantly watchedReality: AI systems only capture safety-related events, not continuous footage Concern: Footage could be misusedReality: Modern platforms use secure storage, encryption and strict access controls Concern: Drivers will resist the technologyReality: Fleets that focus on coaching and communication see higher adoption rates How LEVL helps fleets get this right At LEVL, we help fleets implement video telematics in a way that balances safety, privacy and performance. By combining AI-powered video solutions such as Mantis, Lytx and VisionTrack with Geotab telematics, we provide a connected view of driver behaviour and risk – without unnecessary data collection. Our approach focuses on: This enables fleets to move from reactive incident management to proactive risk prevention. Video telematics isn’t about surveillance. It’s about prevention, protection and performance. Fleets that get this right are not only reducing incidents, but also building trust with their drivers and improving overall operational efficiency. Because when drivers trust the system, they use it. And when they use it, safety improves. Frequently Asked Questions Ready to prevent accidents before they happen?

Six practical ways the right maintenance software reduces spend and boosts efficiency Fleet maintenance has become a critical aspect of ensuring operational efficiency and cost-effectiveness. With fleets comprising a range of vehicles, from delivery trucks to company cars, it’s essential to keep them running smoothly and minimise downtime. Fleet software has emerged as a powerful solution that can save unwanted costs and streamline maintenance operations. Let’s explore the key ways in which fleet maintenance software can deliver substantial cost savings for businesses. 1. Preventive maintenance for optimal performance Fleet maintenance software enables businesses to adopt a proactive approach to maintenance. By scheduling regular preventive maintenance tasks, such as inspections, oil changes, and tire rotations, fleet managers can identify potential issues before they escalate into costly breakdowns. Regular maintenance ensures that vehicles operate at their peak performance, reducing the risk of unexpected repairs and associated expenses 2. Efficient workforce management Traditional fleet management processes often involve manual paperwork and inefficient communication channels. Fleet software streamlines these tasks by providing a centralised platform for all maintenance-related activities. This automation leads to better workforce management, as mechanics can access work orders, track progress, and update maintenance records in real-time. By eliminating paperwork and reducing administrative overheads, businesses can optimise labour costs and focus on more strategic aspects of fleet management 3. Reduced downtime and improved vehicle availability Unplanned downtime can be incredibly costly for any fleet-based business. Having a robust software helps minimise downtime by ensuring timely repairs and preventive maintenance. With regular check-ups and timely interventions, the software helps keep vehicles in optimal condition, reducing the likelihood of unexpected breakdowns and costly disruptions to operations. As a result, businesses can maintain higher vehicle availability, leading to increased productivity and revenue generation. 4. Inventory and parts management Fleet maintenance software often includes inventory and parts management features. These capabilities enable fleet managers to track spare parts, consumables, and other maintenance supplies accurately. By maintaining optimal stock levels and eliminating excess inventory, businesses can avoid overstocking expenses while ensuring the availability of essential components when needed. Additionally, the software can facilitate bulk purchases and negotiate better deals with suppliers, further driving cost savings. 5. Improved fuel efficiency Fuel expenses are a significant portion of a fleet’s operational costs. Fleet maintenance software can contribute to improved fuel efficiency by monitoring vehicle performance data and identifying potential inefficiencies. Through data analysis, the software can recommend driving behaviour improvements and route optimisation, leading to reduced fuel consumption and subsequent cost savings. 6. Compliance and safety Non-compliance with regulations and safety standards can result in severe fines and penalties. The software assists businesses in ensuring compliance by automating regulatory checks and maintenance requirements. Regular inspections and maintenance, as facilitated by the software, ensure that vehicles meet safety standards and adhere to legal requirements, minimising the risk of costly fines and litigation. Fleet maintenance software has revolutionised the way businesses manage their vehicle fleets, offering an array of benefits that ultimately translate into significant cost savings. By adopting a proactive approach to maintenance, streamlining workforce management, reducing downtime, optimising inventory, and promoting fuel efficiency, businesses can mitigate unwanted costs and drive operational excellence. Effective maintenance for your fleet is a crucial element for success, and provides the tools needed to stay ahead of the curve. By embracing technology-driven solutions, businesses can unlock new levels of efficiency, cost-effectiveness, and profitability in their fleet management practices. Investing in fleet maintenance software is an investment in the future of your fleet and the overall success of your business. Book a demo today and learn more about how our solution can save your business unwanted costs.