26/01/2016
The LEVC TX, London's iconic black cab reimagined for the electric age, represents a significant leap forward in sustainable urban transport. As more drivers transition to this innovative plug-in hybrid electric vehicle (PHEV), understanding its unique charging requirements becomes paramount. This comprehensive guide will demystify the process, offering practical advice, cost-saving tips, and strategies to ensure your LEVC TX is always ready for the road, maximising your earnings and minimising downtime.

Driving an LEVC TX offers a wealth of benefits, from significantly reduced running costs and a quieter, smoother ride to compliance with stringent emissions regulations in cities like London. However, to truly harness these advantages, mastering the art of charging is essential. Unlike traditional petrol or diesel cabs, the TX operates primarily on electric power, with a petrol Range Extender available for longer journeys or when charging isn't feasible. This dual-power system gives drivers the best of both worlds, but it's the electric charging that delivers the greatest efficiency and environmental benefits.
- Understanding Your LEVC TX's Charging Capabilities
- Cost of Charging: Home vs. Public
- Optimising Your LEVC TX Charging Strategy
- Common Charging Challenges and Solutions
- Frequently Asked Questions About LEVC TX Charging
- How long does it take to fully charge an LEVC TX?
- Can I only use rapid chargers?
- What happens if I run out of battery mid-fare?
- Is it cheaper to charge at home or at public charging stations?
- Do I need a special cable to charge my LEVC TX?
- How often should I charge my LEVC TX?
- Does rapid charging damage the battery?
- Can I use a standard three-pin plug to charge?
- Conclusion: Embracing the Electric Future
Understanding Your LEVC TX's Charging Capabilities
The LEVC TX is designed with flexibility in mind, offering multiple ways to replenish its battery. It's equipped with two primary charging ports, allowing for both AC (Alternating Current) and DC (Direct Current) charging:
- Type 2 (AC) Port: This is the standard for slower and faster AC charging, commonly found at homes, workplaces, and public slow/fast charging points. It's ideal for overnight charging or during longer breaks.
- CCS (Combined Charging System) Port: This port is dedicated to Rapid Charging (DC charging), delivering power much faster than AC. It's crucial for taxi drivers who need to top up quickly during shifts or between fares.
Knowing which type of charger to use, and when, is key to an efficient and profitable driving experience. Let's delve into the specifics of each.
AC Charging: The Everyday Power-Up
AC charging is your go-to for daily top-ups and overnight recharges. It's generally more affordable per kilowatt-hour (kWh) and less stressful on the battery in the long term. The LEVC TX can accept various AC charging speeds:
- Slow Charging (3.7kW): Typically found at standard domestic sockets or older public chargers. While possible, this is very slow and generally not practical for a taxi driver's daily needs, taking many hours for a full charge.
- Fast Charging (7kW): This is the most common and recommended AC charging speed for home installations (dedicated wallboxes) and many public chargers. A 7kW charger can replenish the LEVC TX's 31kWh battery (usable capacity) from empty to full in approximately 2.5 to 3 hours. Installing a 7kW wallbox at your home is highly recommended for convenience and cost savings.
- Three-Phase Charging (11kW or 22kW): Less common for domestic use, but some public AC chargers offer higher power. While the LEVC TX can technically connect to these, its onboard charger is limited to 7kW for AC, meaning it will only draw 7kW even from a more powerful AC source.
For home charging, consider government grants such as the OZEV (Office for Zero Emission Vehicles) grants, which may offer financial assistance towards the installation of a dedicated charging point, although eligibility criteria can vary and are often aimed at landlords or businesses now, rather than individual homeowners directly for new installs. Always check the latest government guidance. Smart home chargers can also be programmed to charge during off-peak electricity hours, significantly reducing your running costs.
DC Rapid Charging: The On-Demand Solution
For taxi drivers, time is money. This is where DC Rapid Charging comes into its own. Using the CCS port, you can add significant range in a short amount of time, perfect for quick breaks or between busy periods.
- 50kW Rapid Chargers: These are widely available across the UK. A 50kW rapid charger can typically take the LEVC TX from 0% to 80% charge in around 25-30 minutes. It's important to note that charging speed tapers off significantly after 80% to protect the battery, so it's often more efficient to charge to 80% and then move on.
- Higher Power Rapid Chargers (100kW+): While the LEVC TX can connect to these, its maximum DC charging rate is generally capped at around 50kW-55kW. So, connecting to a 150kW charger won't make it charge faster than it would on a 50kW unit.
Rapid chargers are essential for maintaining uptime, especially during peak hours. They are found at dedicated charging hubs, motorway service stations, and increasingly in urban centres. Access to these networks usually requires an account with a specific provider (e.g., bp pulse, InstaVolt, EVgo, Chargepoint), or through roaming services and apps that consolidate multiple networks.
The Role of the Range Extender
It's crucial to understand that the LEVC TX is an electric vehicle first and foremost. The 1.5-litre petrol engine acts as a Range Extender, not as the primary power source. It only kicks in to generate electricity for the battery when the charge is low, or when the driver explicitly selects 'charge mode' (which is generally not recommended for efficiency). This means that while you have the peace of mind of not being stranded, you are burning expensive petrol and emitting emissions when relying on it. For optimal running costs and environmental benefits, always aim to run on battery power and charge regularly.
Cost of Charging: Home vs. Public
The cost of charging varies significantly depending on where and how you charge. This table provides a general comparison:
| Charging Location | Typical Cost per kWh (UK Pence) | Pros | Cons |
|---|---|---|---|
| Home (Off-Peak Tariff) | 5-15p | Cheapest, most convenient, charge overnight | Requires wallbox installation, slower |
| Home (Peak Tariff) | 25-45p | Still convenient | More expensive than off-peak |
| Public AC (Fast) | 30-60p | Widely available, good for longer breaks | Can be more expensive than home, slower than rapid |
| Public DC (Rapid) | 60-90p+ | Fastest charging, minimises downtime | Most expensive per kWh, high demand, battery degradation over time if used exclusively |
| Dedicated Taxi Hubs | Variable (often competitive) | Designed for taxis, may have priority access | Availability may be limited to specific cities |
As you can see, home charging during off-peak hours offers the most significant savings. Public rapid charging, while convenient, is the most expensive. Smart Optimising of your charging strategy involves a blend of both, prioritising home charging whenever possible, and using rapid chargers strategically when on shift.
Optimising Your LEVC TX Charging Strategy
To maximise your earnings and minimise stress, a well-thought-out charging strategy is vital:
- Home Charging is King: If possible, install a 7kW wallbox at your residence. Charge overnight using an off-peak electricity tariff (e.g., Economy 7 or a specific EV tariff). This ensures you start every shift with a full, cheap charge.
- Strategic Rapid Charging: Identify rapid charging hubs along your typical routes or near popular pick-up/drop-off zones. Plan your breaks around these locations. A 20-30 minute rapid charge can add significant range, allowing you to stay on the road longer.
- Utilise Charging Apps: Apps like Zap-Map, PlugShare, or specific network apps (e.g., Shell Recharge, Pod Point) are invaluable. They show real-time availability, charger types, power levels, and pricing. Filter by CCS and Type 2 connectors.
- Battery Health: While the LEVC TX has sophisticated battery management, generally try to avoid constantly charging to 100% on a rapid charger, and avoid letting the battery drop to 0% frequently. Aim to keep the charge between 20% and 80% for daily rapid charging, topping up to full at home.
- Consider Network Subscriptions: If you frequently use a specific rapid charging network, check if they offer subscription models. These can sometimes offer a lower per kWh rate, making them more economical in the long run.
- Plan for Downtime: Factor in charging time as part of your working day. Instead of viewing it as wasted time, use it for breaks, admin, or grabbing a bite to eat.
Common Charging Challenges and Solutions
While the charging infrastructure is growing, drivers can still encounter issues. Here are some common challenges and how to address them:
- Charger Availability: High demand, especially during peak hours or in busy areas, can mean queues or no available chargers.
- Solution: Use charging apps with live status updates. Have backup options in mind. Consider charging slightly before peak times.
- Faulty Chargers: It's frustrating to arrive at a charger only to find it's out of order.
- Solution: Report faults immediately to the network operator. Always have a backup plan or check app reviews/comments for recent issues.
- "ICE-ing" (Internal Combustion Engine) Vehicles: Non-electric vehicles parking in EV charging bays.
- Solution: Report to parking enforcement if possible. Some apps allow reporting. Unfortunately, enforcement varies.
- Payment Issues: Cards not working, app glitches, or forgotten RFID fobs.
- Solution: Have multiple payment methods (app, RFID, contactless card). Keep various network accounts active.
- Cable Compatibility: Ensuring you have the right cables.
- Solution: Your LEVC TX comes with a Type 2 cable for AC charging. For DC rapid charging, the cable is attached to the charging unit itself (CCS). Always ensure your cable is in good condition.
Frequently Asked Questions About LEVC TX Charging
Here are some of the most common questions drivers have about charging their LEVC TX:
How long does it take to fully charge an LEVC TX?
Using a 7kW AC home charger, it takes approximately 2.5 to 3 hours for a full charge. On a 50kW DC rapid charger, you can reach 80% charge in about 25-30 minutes. Full charge on rapid chargers takes longer due to tapering.
Can I only use rapid chargers?
While rapid chargers are convenient, relying solely on them is the most expensive option and can put more stress on the battery over its lifetime. It's best to use a mix, prioritising slower AC charging (especially at home) for daily use and rapid charging for quick top-ups when on shift.
What happens if I run out of battery mid-fare?
The LEVC TX has a petrol Range Extender. If the battery charge drops too low, the petrol engine will automatically kick in to generate electricity, allowing you to continue your journey and reach a charging point or petrol station. However, for maximum efficiency and environmental benefits, it's always best to drive on electric power.
Is it cheaper to charge at home or at public charging stations?
Generally, charging at home, especially during off-peak hours with a dedicated EV tariff, is significantly cheaper than using public charging stations. Rapid public chargers are typically the most expensive per kWh.
Do I need a special cable to charge my LEVC TX?
For AC charging (at home or public AC points), you will need a Type 2 charging cable, which typically comes with the vehicle. For DC rapid charging, the cable is tethered (attached) to the charging unit itself, so you just need to plug it into your car's CCS port.
How often should I charge my LEVC TX?
For optimal battery health and to ensure you always have maximum electric range, it's recommended to charge your LEVC TX daily, preferably overnight at home. During shifts, use rapid chargers strategically to top up as needed.
Does rapid charging damage the battery?
Modern EV batteries and charging systems are designed to handle rapid charging. However, excessive and exclusive reliance on rapid charging, especially to 100%, can contribute to slightly faster battery degradation over many years compared to predominantly slow AC charging. For daily use, aiming for 80% on rapid chargers is a good practice.
Can I use a standard three-pin plug to charge?
While technically possible with a specific cable (often called a 'granny charger'), it's extremely slow (around 2.3kW) and not recommended for regular use for a vehicle with the battery size of the LEVC TX. It should only be used as a last resort in emergencies, as it puts strain on domestic wiring not designed for continuous high loads.
Conclusion: Embracing the Electric Future
The LEVC TX is a testament to the future of urban transport: cleaner, quieter, and more efficient. By understanding and implementing an effective charging strategy, you not only ensure your taxi is always ready for the next fare but also significantly reduce your operational costs and environmental footprint. Embrace the charging infrastructure, plan your routes, and enjoy the benefits of driving an advanced electric taxi. The journey to a sustainable future for the iconic black cab starts with a full battery.
If you want to read more articles similar to Charging Your LEVC TX: The Definitive Guide, you can visit the Taxis category.
