London Borough of Redbridge explains Believ and Uber partnership – Transport + Energy

The London Borough of Redbridge has set out the rationale behind a new collaboration between electric‑vehicle charging company Believ and ride‑hailing firm Uber, a move the council says is designed to accelerate the shift to cleaner, low‑emission transport for local drivers and residents. According to Redbridge officials, the partnership will focus on expanding access to charging infrastructure and supporting private‑hire and taxi drivers as they transition away from petrol and diesel vehicles.

The initiative arrives against a backdrop of growing policy pressure on London boroughs to cut transport emissions and improve air quality, while ensuring that the energy and charging networks can meet rising demand. For Redbridge, the deal with Believ and Uber is being presented as both a practical step to tackle local pollution and a test case for how councils, private operators and platforms can work together to decarbonise urban transport.

This article examines what the borough has revealed about the partnership – the intended benefits for drivers and residents, how the scheme will be delivered and funded, and the potential implications for local transport, energy infrastructure and climate targets. It also considers responses from stakeholders and what the project could mean for similar collaborations elsewhere in London.

Redbridge explains believ and Uber partnership and projected emissions and air quality benefits from electric taxi charging

Redbridge sets out the practical details of a new Believ-Uber collaboration designed to speed up taxi electrification across the borough: Believ will install targeted high-throughput charging hubs while Uber offers driver incentives and tariff support to ease the switch. According to the council, modelling suggests a rapid uptake among licensed drivers as the hubs are sited at night-rank locations and near key trip generators, reducing vehicle miles travelled in combustion mode and shortening dwell charging times.Key projected benefits highlighted by the borough include:

• Estimated CO2 reduction: ~1,800 tonnes per year within three years of full rollout
• Local NO2 improvement: up to 15% reduction in taxi hotspots
• Scale of deployment: up to 60 chargers supporting ~1,200 licensed taxis

The council also summarises air-quality modelling and monitoring plans,noting that improvements are concentrated around ranks and busy corridors rather than evenly across the borough – so targeted measures and continued monitoring are vital. Self-reliant projections published with the partnership use conservative uptake scenarios; even so,public-health gains such as fewer respiratory-related emergency visits are expected within five years. Short-term and medium-term projections presented by Redbridge are shown below to illustrate anticipated trends:

Practical rollout plan for chargers and on street hubs with recommendations on site selection,permitting and resident engagement

Redbridge’s rollout will follow a cluster-first approach,concentrating initial chargers and on‑street hubs where demand,grid capacity and equity converge – town centres,rail stations and areas with high private‑car ownership but low off‑street parking. Sites will be vetted against pragmatic criteria: kerb accessibility, pedestrian safety, proximity to substations, and ability to create sheltered hubs for shared vehicles. Delivery will be phased: pilot hubs co‑located with existing lamp columns and bus stops, then rapid expansion along corridors identified by Uber trip heatmaps and Believ utilisation forecasts. To speed deployment while minimising disruption the borough will prioritise adaptive installations (modular chargers and temporary bays) that can be upgraded as use grows.

• Site selection essentials: demand hot‑spots, electrical access, low parking displacement
• Permitting shortcuts: pre‑agreed templates for Traffic Regulation Orders and highways consents
• Resident engagement: targeted door‑drops, street surgeries and a digital feedback portal

Permitting and community buy‑in will be run in parallel to avoid long delays: a standardised permitting pack – plan, impact statement, TRO draft – will be submitted to the council and highways teams for fast‑track review, with clear timelines for statutory consultees. Engagement will be local and visible: pop‑up demonstrations, real‑time usage dashboards and community ambassadors funded thru the partnership to address concerns around parking loss and kerbside safety. Operational recommendations include dedicated EV bays with clear signage, trial resident‑discounted charging tariffs, and a complaints/feedback SLA to resolve issues within 10 working days.

Assessing electricity network impacts and recommended energy management measures to protect supply and integrate local renewables

the borough’s recent modelling flags clear pressure points on local distribution networks as transport electrification and rooftop solar adoption accelerate. Peak evening loads from vehicle charging combined with daytime export from PV creates reverse-flow volatility and puts low-voltage feeders at risk of overload and voltage excursions. Key findings include:

• Localized overload risk on specific residential feeders during simultaneous charging events;
• voltage rise on circuits with high daytime solar export;
• Reduced headroom for future connections without targeted interventions.

These insights show that protecting supply will require both operational changes and selective reinforcement to avoid costly, blanket upgrades.

Recommended measures focus on smart, least‑cost options that also support more local renewables: smart EV charging, distributed battery storage, managed demand-side response and targeted network reinforcement where unavoidable. Priority actions include:

• Deploy smart charging hubs with staggered schedules and vehicle-to-grid readiness;
• Pair rooftop PV with storage to smooth exports and provide local backup;
• Use flexibility markets to reward curtailed or shifted demand instead of immediate reinforcement.

Quick comparison:

Combined, these actions protect local supply and create space for new low‑carbon connections without compromising network stability.

Performance monitoring and policy recommendations for scaling the programme including data sharing, procurement standards and funding pathways

Redbridge’s pilot is being evaluated against a concise set of real‑world metrics and a transparent governance routine designed to inform rapid scaling. Real‑time dashboards combine vehicle telemetry, energy consumption and journey outcomes so council officers and operators can spot performance drift and address bottlenecks within days rather than months. Key performance indicators being tracked include:

• Utilisation rate: percent of fleet in active service
• Downtime & reliability: average out‑of‑service hours per vehicle
• Carbon impact: estimated CO2e avoided per 1,000 passenger trips
• Cost per trip: operating subsidy or saving against baseline transport modes

This data architecture intentionally supports aggregated public reporting while preserving passenger privacy through anonymisation and role‑based access.

To move from pilot to borough‑wide deployment, the council recommends harmonised procurement clauses, common data standards and blended funding models that de‑risk private investment. Procurement shoudl require open APIs and minimum interoperability criteria so multiple operators can plug into public charge and routing systems without bespoke integration work. Policy actions recommended include:

• Mandate data portability: common formats and secure sharing frameworks for trip and energy data
• Procurement floors: baseline technical and ethical standards (privacy, accessibility, emissions)
• Funding pathways: short‑term innovation grants, medium‑term viability gap funding, and long‑term outcomes‑based contracts

Together these measures create the predictable market signals investors need, while ensuring councils retain oversight of social and environmental outcomes as the scheme scales.

In Summary

As Redbridge outlines, the Believ-Uber tie-up is being presented as a practical step toward greening local transport while supporting people who rely on app‑based driving for work. The council frames the partnership as complementary to its climate goals – aiming to speed up access to electric vehicle charging and reduce emissions – even as it stresses that details on rollout, costs and safeguards will be monitored closely.Critics and residents will be watching how the collaboration translates into everyday benefits: whether chargers are fairly located, whether drivers see tangible cost and time savings, and how data‑sharing and commercial interests are managed in the public interest. For its part, the borough says it will report on progress and any lessons that could inform wider EV policy across London.

For now, the agreement is a test case of how public bodies, platforms and private providers might work together on the shift to electric transport. Transport + Energy will continue to track developments and report on the implementation, impacts and any debate that follows.