Duracell E-Charge Partners with Paythru for Reliable EV Charging Payments

Duracell E-Charge and Paythru partner to fix charging payment failures

Payment failures at EV charging points frustrate drivers and slow adoption. Consequently, Duracell E-Charge and Paythru have announced a partnership to address this persistent problem across UK charging networks. The collaboration combines Duracell’s charging hardware with Paythru’s payment technology to reduce transaction disruptions that leave drivers unable to charge their vehicles.

For many UK businesses, EVs represent a necessary step toward meeting carbon reduction targets and public sector tender requirements. However, unreliable charging infrastructure undermines confidence in electrification plans. Payment processing failures create operational risk for fleet managers and complicate the business case for switching from diesel vehicles.

This partnership matters because it targets a specific technical barrier rather than adding more charging points. The focus on payment reliability addresses a gap that affects both individual drivers and commercial operators managing vehicle fleets. Meanwhile, the improvement could help businesses meet compliance deadlines and reduce the hidden costs of EV adoption.

Why payment failures pose a commercial problem for EV fleets

Transaction failures at public charging points create unpredictable costs for businesses running electric fleets. Drivers waste time attempting multiple payment methods or moving between locations. As a result, journey times increase and vehicles sit idle instead of generating revenue. For logistics companies and service providers, these delays add up to measurable productivity losses.

Furthermore, fleet operators face difficult planning decisions when charging reliability remains uncertain. A vehicle that cannot charge on schedule may miss customer appointments or require expensive contingency measures. Smaller businesses operating on tight margins find these risks particularly hard to absorb. Therefore, payment system failures translate directly into commercial consequences beyond the immediate inconvenience.

Research from the University of Bath highlights broader reliability concerns in electric vehicle operations. The study found that electric buses require 18 to 23 percent larger fleets for every 10 percentage point drop in vehicle availability compared to diesel equivalents. Repair delays and parts shortages contribute to this problem. However, payment system failures add another layer of operational complexity that businesses must navigate.

Fleet managers already contend with higher upfront vehicle costs and questions about residual values. Adding payment infrastructure uncertainty makes financial modeling harder. Consequently, some businesses delay electrification decisions despite pressure to reduce emissions. Reliable payment processing removes one variable from an already complex equation.

How Duracell and Paythru plan to improve transaction success rates

Duracell E-Charge manufactures charging hardware designed for public and commercial installations. Paythru provides payment processing technology that handles transactions at unattended locations. Together, the companies aim to reduce the technical failures that prevent successful payments at charging points. The partnership focuses on integration between hardware and payment systems to minimize transaction errors.

Payment failures typically occur when communication breaks down between the charging unit, payment processor, and bank systems. Network connectivity issues, software timeouts, and authentication problems all contribute to failed transactions. Paythru’s technology addresses these points of failure through improved error handling and more robust communication protocols. Meanwhile, Duracell’s hardware supports reliable data transmission between components.

The collaboration does not specify exact launch dates for enhanced systems across UK networks. However, the timing aligns with broader infrastructure investment programs running through 2024 to 2026. Government and regional authorities continue funding charging network expansion as part of net zero commitments. Improved payment reliability helps maximize the return on these capital investments by ensuring installed chargers remain usable.

For businesses, the practical benefit comes from reduced downtime at charging locations. Fleet vehicles can charge as planned without drivers needing backup payment methods or alternative locations. This predictability improves route planning and reduces the buffer time companies must build into schedules. In addition, reliable payments support accurate cost tracking and reconciliation for finance teams managing fleet expenses.

Regional charging programs depend on operational reliability

Transport for West Midlands has committed to achieving net zero emissions by 2041 through extensive EV infrastructure development. The regional plan includes charging hubs for cars, vans, lorries, and public transport vehicles. These facilities require consistent payment processing to serve diverse users across commercial and private sectors. Consequently, partnerships that improve transaction reliability directly support regional decarbonization targets.

The West Midlands approach reflects a wider pattern across UK regions investing in charging networks. Local authorities recognize that infrastructure alone does not guarantee adoption. Charging points must work reliably every time users need them. Payment failures undermine public confidence and slow the transition from diesel and petrol vehicles. Therefore, technical improvements to payment systems complement physical infrastructure investments.

Public transport electrification particularly depends on reliable charging infrastructure. Bus operators work to tight schedules with limited flexibility for charging delays. Electric buses achieve cost parity with diesel through lower fuel and maintenance expenses, but only when vehicle availability remains high. Payment system failures that delay or prevent charging reduce availability and erode cost advantages. As the University of Bath research noted, improving reliability could dramatically cut costs for operators and speed the shift to low-carbon transport.

Rural operators face additional challenges with smaller fleets and longer routes between charging locations. These businesses often need 30 to 40 percent fleet expansions when vehicle availability drops to 85 percent. Payment reliability becomes even more critical in areas with fewer charging alternatives. A failed transaction in a rural location may mean a significant detour or service cancellation. Consequently, addressing payment failures helps level access to electric vehicle benefits across urban and rural areas.

Investment and funding context for UK charging infrastructure

Sustainable transport investment in the UK involves multiple funding streams and policy mechanisms. Analysis suggests potential annual revenues of £1.6 billion from road pricing schemes charging 2 pence per mile. In addition, redirecting road budgets from 2025 to 2030 could generate up to £11.5 billion for green transport priorities. These figures illustrate the scale of capital potentially available for charging infrastructure and related systems.

Furthermore, canceling high-carbon road projects could save £10.6 billion according to some assessments. These savings represent opportunities to fund charging networks, payment system improvements, and fleet transition support for businesses. Regional programs like the West Midlands Green Transport Revolution already demonstrate how targeted investment delivers charging hubs and supporting infrastructure. National initiatives complement these regional efforts through programs like NatWest’s Clean Transport Accelerator backing emerging solutions.

For businesses considering fleet electrification, this investment context matters for several reasons. Firstly, expanded charging networks reduce range anxiety and improve route planning flexibility. Secondly, improved infrastructure lowers the total cost of ownership for electric vehicles by ensuring charging access when needed. Thirdly, payment system reliability ensures businesses can accurately forecast operating costs without accounting for failed transactions and wasted time.

However, infrastructure investment only delivers value when systems work as intended. A charging point that frequently experiences payment failures effectively reduces network capacity. Users avoid unreliable locations and concentrate demand elsewhere. Therefore, payment reliability improvements help infrastructure investments achieve their intended impact on adoption rates and emissions reduction.

Critical facts about charging reliability and EV adoption

• Payment transaction failures at charging points create operational delays and productivity losses for businesses running electric vehicle fleets.
• Electric buses require 18 to 23 percent larger fleets for every 10 percentage point drop in vehicle availability compared to diesel equivalents, making reliability essential for cost parity.
• Transport for West Midlands aims to achieve net zero emissions by 2041 through charging hubs serving cars, vans, lorries, and public transport vehicles.
• Potential UK transport funding includes £1.6 billion annually from road pricing at 2 pence per mile and up to £11.5 billion from redirecting 2025 to 2030 road budgets.
• Rural operators particularly need reliable charging infrastructure as they face longer distances between charging locations and limited alternative options.
• Payment system improvements maximize returns on charging infrastructure investments by ensuring installed capacity remains consistently accessible to users.

Business considerations for EV fleet transition planning

Companies planning fleet electrification need to assess charging infrastructure reliability alongside vehicle specifications and costs. Payment system failures add hidden costs that financial models may not capture. Consequently, businesses should evaluate charging locations based on transaction success rates, not just geographic coverage. Fleet managers increasingly request reliability data from charging network operators when planning deployment schedules.

For organizations working toward net zero commitments or carbon reporting compliance under frameworks like PPN 06/21, transport emissions represent a significant reduction opportunity. However, the business case requires operational certainty. Electric vehicles deliver lower running costs than diesel equivalents, but only when charging infrastructure performs reliably. Payment failures that cause missed appointments or require diesel backup vehicles undermine projected savings and emissions reductions.

Smaller businesses face particular challenges when infrastructure proves unreliable. Large fleet operators can absorb occasional disruptions through backup vehicles and flexible scheduling. However, companies with five to ten vehicles have less operational flexibility. A single payment failure affecting a vehicle carrying essential equipment or staff can disrupt an entire day’s work. Therefore, payment reliability improvements disproportionately benefit SMEs navigating the fleet electrification transition.

Supply chain considerations also connect to charging reliability. Businesses increasingly face questions about transport emissions from customers and tender evaluators. Demonstrating credible electrification plans requires showing how vehicles will charge reliably throughout operational areas. Payment system improvements make these plans more viable by reducing a source of operational risk that stakeholders might question.

Training requirements extend beyond vehicle operation to include charging procedures and payment troubleshooting. Staff need to understand how payment systems work and what to do when transactions fail. Training programs that cover practical EV fleet management should incorporate charging infrastructure reliability and payment processing issues. Consequently, businesses can prepare teams to handle the full range of operational scenarios they will encounter.

How payment reliability connects to wider decarbonization efforts

Public confidence in electric vehicles depends partly on charging infrastructure that works consistently. Research on public transport information systems found that accurate, available real-time data builds confidence and drives shifts from private cars to shared sustainable travel. Similar dynamics apply to EV charging networks. Users who experience payment failures lose confidence in the technology and may delay personal or business adoption decisions.

The UK’s net zero targets require rapid transport decarbonization across personal, commercial, and public vehicle categories. Government policy increasingly supports this transition through grants, tax incentives, and infrastructure funding. However, technical barriers like payment failures slow adoption regardless of financial support. Therefore, addressing operational reliability issues complements policy interventions and helps convert government investment into actual emissions reductions.

Fleet electrification connects directly to sustainable procurement requirements now common in public sector contracts. Local authorities and government departments increasingly specify low-emission transport in tender documentation. Suppliers need reliable charging infrastructure to meet these requirements competitively. Payment system improvements help businesses demonstrate credible capacity to deliver zero-emission services without operational compromises.

Moreover, charging infrastructure reliability affects the broader economic case for green transport investment. Projects justify funding through projected emissions reductions and air quality improvements. These benefits only materialize when infrastructure sees consistent use. Payment failures that deter users reduce the environmental return on capital investment. Consequently, technical improvements to payment systems help infrastructure projects achieve their environmental and economic objectives.

Regional initiatives like the Transport for West Midlands program illustrate how charging infrastructure supports multiple policy goals simultaneously. Improved air quality benefits public health. Reduced transport emissions contribute to national climate targets. Enhanced charging access supports economic development in underserved areas. However, these outcomes require charging points that work reliably when users need them. Payment system improvements therefore enable policy programs to deliver their intended benefits across environmental, health, and economic dimensions.

Government and industry resources for fleet electrification

The Department for Energy Security and Net Zero provides guidance on the UK’s net zero strategy, including transport sector commitments and timelines. Businesses planning fleet transitions can find policy context and regulatory expectations through these resources. Understanding government priorities helps companies align internal investment decisions with likely future requirements and support programs.

The Office for Zero Emission Vehicles publishes information about grants and incentives for electric vehicle adoption. These programs change periodically as policy evolves and budget allocations shift. Fleet managers should monitor current offerings when planning vehicle purchases and charging infrastructure investments. Some schemes specifically support SMEs or particular vehicle categories like vans and trucks.

Transport for West Midlands offers details on regional charging infrastructure plans that may affect businesses operating in that area. Similar information exists for other regions through local transport authorities. Companies with multi-region operations should review infrastructure development plans for each area to understand charging availability and upcoming improvements. This information helps businesses time fleet transitions to coincide with infrastructure readiness.

Industry bodies provide technical guidance and standards information relevant to charging infrastructure and payment systems. These resources help businesses understand what reliability metrics to expect and how to evaluate charging network operators. Additionally, some organizations offer case studies showing how similar businesses navigated fleet electrification challenges. Learning from comparable companies reduces implementation risk and speeds the transition process.

Professional advice on fleet electrification often proves valuable given the complexity of vehicle specifications, charging infrastructure, total cost analysis, and emissions reporting. Businesses should consider how transport decisions connect to broader sustainability commitments and compliance requirements. Integrated planning across these areas typically delivers better results than addressing them separately.