B&Q and RAW Charging Invest in EV Infrastructure for Tradespeople

B&Q commits £11 million to ultra-rapid charging network

B&Q has entered into an £11 million partnership with RAW Charging to install ultra-rapid and DC rapid charging infrastructure at up to 26 stores across England and Wales. The rollout, scheduled for completion within 12 months, specifically targets tradespeople and commercial vehicle operators who have historically faced accessibility challenges in the UK’s EV charging network.

The home improvement retailer selected RAW Charging to design, install, and operate the charging infrastructure. RAW Charging will also fund necessary grid upgrades and high-voltage connections at sites requiring significant electrical infrastructure investment. This comprehensive approach ensures that locations with existing power constraints can still participate in the network expansion.

Installation has already begun at five pilot locations: Cheltenham, Sidcup, Boston, Stanmore, and Galashiels. These initial sites will test the operational model before wider deployment across the B&Q estate. Each installation features spacious charging bays designed for extended dwell times, allowing customers to charge their vehicles while shopping in-store.

The charging points will accept contactless payments and integrate with all major EV charging apps, including Zapmap. This interoperability removes barriers for existing EV drivers who can use their current payment methods and apps without adopting new systems.

Design priorities reflect commercial vehicle requirements

The network design addresses specific needs of the trades sector rather than adopting standardized passenger vehicle charging layouts. Commercial van operators often require different charging patterns than private car owners. Consequently, the installations provide generous spacing and positioning that accommodates larger vehicles and trailers.

Extended dwell-time charging aligns with existing customer behavior patterns. Tradespeople already visit B&Q stores to collect materials and supplies for jobs. By positioning chargers at these existing destinations, the partnership creates a natural integration point that fits within established routines rather than requiring dedicated charging stops.

This destination-based approach contrasts with motorway service station charging, which typically prioritizes rapid turnaround times. However, for commercial operators who need to collect supplies anyway, combining shopping trips with vehicle charging reduces overall downtime compared to separate dedicated charging visits.

The timing addresses growing pressure on commercial fleet operators. Government policies increasingly restrict petrol and diesel vehicle sales, with final phase-out scheduled for 2030. Commercial vehicle operators face mounting pressure to electrify their fleets, yet charging infrastructure has historically favored passenger vehicles over vans and light commercial vehicles.

Amazon expands water stewardship across California watersheds

Amazon has significantly expanded its water conservation and replenishment initiatives across multiple regions, working towards a stated goal of becoming water positive in AWS direct operations by 2030. This commitment involves returning more water to communities than the company consumes in data center operations.

The company is collaborating with River Partners on extensive ecosystem restoration throughout California’s Sacramento Valley Watershed. This river system faces significant stress from agricultural demand, urban development, and drought conditions. The project encompasses multiple interventions scheduled for completion in 2027, projected to generate over 1.6 billion liters of volumetric benefits annually.

Key project components include reconnecting rivers to floodplains and side channels, retiring agricultural irrigation rights to conserve water, enhancing wildlife habitat for threatened and endangered species, and improving regional flood management capabilities. These interventions address interconnected challenges affecting water availability, ecosystem health, and community resilience.

In partnership with The Freshwater Trust, Amazon is implementing programs to recharge groundwater and increase instream flows using water rights sourced from local irrigation districts. This approach increases summer flows into the Sacramento River and Bay Delta while improving wildlife habitats. The initiative addresses critical seasonal water availability challenges in California, where summer flows often drop to levels that stress aquatic ecosystems.

Oregon infrastructure receives $245 million investment

Amazon has committed $245 million in total project costs supporting water infrastructure in Oregon’s Umatilla County. The Oregon Water Resources Department has designated this region as a Critical Groundwater Area due to declining groundwater levels. The investment addresses both Amazon’s operational needs and broader regional sustainability challenges.

The funding includes $144.5 million for the City of Umatilla’s new Columbia River Intake and Water Treatment Facility, expected to reach completion in May 2026. Additionally, $90.6 million supports two new surface water treatment plants serving the Port of Morrow, with completion scheduled for April 2027. Development of a new Columbia River intake structure will finish in April 2028.

By transitioning from groundwater extraction to surface water sourcing, these facilities provide more sustainable water supplies for both Amazon’s data centers and surrounding communities. This shift reduces pressure on declining aquifers while meeting growing water demand in the region. The infrastructure serves multiple users beyond Amazon, creating shared regional benefit from the investment.

The scale of investment reflects the high cost of developing new surface water treatment capacity. However, it also demonstrates willingness to fund infrastructure that addresses systemic regional challenges rather than implementing only site-specific efficiency measures.

International projects target watershed restoration and water quality

Near Guadalajara, Mexico, Amazon is partnering with environmental company Toroto on a watershed restoration project targeting 150 million liters of annual water replenishment. The initiative implements nature-based solutions across 259 hectares, equivalent to approximately 500 football fields. It utilizes vegetation and planting practices to reduce runoff and increase groundwater recharge.

This approach directly addresses pollution flows into the Santiago River basin. By slowing surface water movement and increasing soil infiltration, the restored landscape filters contaminants and reduces sediment loads entering waterways. The project demonstrates how land management practices can improve both water quantity and quality outcomes.

In Illinois, Amazon is collaborating with The Wetlands Initiative to develop a Smart Wetland in the Kankakee River Watershed. This nature-based infrastructure uses natural processes to remove excess nutrients from drainage water before it enters local waterways. Agricultural runoff often carries high nitrogen and phosphorus levels that contribute to algal blooms and water quality degradation.

Collectively, the Mexico and Illinois projects are expected to conserve or improve water quality for at least 100 million gallons annually. Additional initiatives are expected to replenish 325 million gallons (1,000 acre-feet) of water annually to the Birch Creek watershed, supporting ongoing habitat restoration efforts.

Commercial implications for UK businesses

The B&Q charging network addresses a documented gap affecting commercial fleet operators. Many businesses operate van fleets for service delivery, maintenance work, or construction activities. As these operators face pressure to electrify their vehicles, the availability of convenient charging infrastructure directly affects their operational planning and cost structures.

For businesses tendering for public sector contracts, vehicle electrification increasingly appears in procurement criteria. Carbon reporting requirements and net zero commitments create additional pressure to demonstrate progress on fleet decarbonization. Access to reliable charging infrastructure reduces barriers to meeting these requirements.

The destination-based charging model may prove more economically viable for businesses than dedicated charging facilities. Installing charging infrastructure at business premises requires capital investment, electrical upgrades, and ongoing maintenance. Using public charging at existing supply collection points eliminates these upfront costs while maintaining operational efficiency.

However, businesses should assess charging costs compared to overnight charging at depots or homes. Public rapid charging typically costs more per kilowatt-hour than domestic or commercial tariffs. For businesses with multiple vehicles, installing dedicated charging infrastructure may still offer better long-term economics despite higher initial investment.

Amazon’s water stewardship programs illustrate evolving corporate responsibility standards that UK businesses may encounter in supply chains. Large organizations increasingly expect suppliers to demonstrate environmental performance beyond direct operational impacts. Water stewardship, biodiversity protection, and ecosystem restoration are emerging as material considerations in supplier evaluation.

For businesses operating in water-stressed regions or water-intensive industries, proactive water management may become a competitive differentiator. Companies that can demonstrate water efficiency, pollution reduction, or contribution to watershed health may gain advantages in tenders and supplier selection processes.

Key developments in corporate sustainability initiatives

• B&Q will install ultra-rapid EV charging infrastructure at up to 26 stores across England and Wales over the next 12 months through an £11 million partnership with RAW Charging.
• The charging network specifically targets tradespeople and commercial vehicle operators, featuring spacious layouts and extended dwell-time options that align with existing shopping behavior patterns.
• RAW Charging will fund necessary grid upgrades and high-voltage connections, ensuring sites with power constraints can participate in the network expansion.
• Amazon has committed to becoming water positive in AWS direct operations by 2030, meaning the company will return more water to communities than it consumes in data center operations.
• The company has invested $245 million in water infrastructure projects in Oregon’s Umatilla County, transitioning from groundwater extraction to surface water sourcing to address declining aquifer levels.
• Amazon’s California watershed restoration projects are projected to generate over 1.6 billion liters of annual volumetric benefits upon completion in 2027.
• International watershed projects in Mexico and Illinois are expected to conserve or improve water quality for at least 100 million gallons annually through nature-based solutions.

Strategic considerations for business planning

The B&Q charging rollout demonstrates how retailers can create mutual value by aligning infrastructure investment with customer needs. Businesses considering sustainability investments should look for similar opportunities where environmental improvements support core customer requirements rather than existing as separate initiatives.

For companies evaluating fleet electrification, the emergence of destination-based charging networks changes the infrastructure equation. Businesses should map employee and customer travel patterns against emerging public charging locations. In some cases, relying on expanding public networks may prove more viable than previously assumed, particularly for businesses without suitable premises for dedicated charging infrastructure.

Nevertheless, businesses should not assume public charging availability will meet all operational needs. Commercial vehicles often require charging during specific time windows that may not align with public charger availability. Additionally, businesses operating multiple vehicles may find that dedicated infrastructure offers better control over charging schedules and costs despite higher initial investment.

Amazon’s water stewardship approach illustrates the scale of investment large corporations are directing toward landscape-scale environmental restoration. For smaller businesses, participating in collective watershed initiatives or industry-specific water stewardship programs may offer more accessible entry points to similar outcomes. Environmental compliance and reporting frameworks increasingly recognize collective action and shared infrastructure alongside direct operational improvements.

Businesses in water-intensive sectors should assess their exposure to water-related risks, including supply reliability, regulatory restrictions, and reputational considerations. Climate change is intensifying drought conditions in many regions while also increasing flood risk. Companies that proactively address water security through efficiency improvements, alternative sourcing, or participation in watershed restoration may build resilience against future supply disruptions.

The diversity of Amazon’s interventions, from groundwater recharge to forest restoration to nature-based filtration, demonstrates that water security requires approaches adapted to local conditions. Businesses addressing water-related risks should engage with local water authorities, catchment partnerships, and environmental organizations to understand region-specific challenges and appropriate responses.

Regulatory context and future developments

The UK government’s commitment to phase out new petrol and diesel vehicle sales by 2030 creates a defined timeline for fleet electrification. Commercial vehicle operators should develop transition plans that account for vehicle replacement cycles, charging infrastructure availability, and total cost of ownership comparisons. Early movers may gain experience and establish relationships with charging network operators before competitive pressure intensifies.

Public sector procurement increasingly incorporates environmental criteria beyond basic compliance. The government’s Procurement Policy Note 06/21 requires suppliers bidding for major contracts to demonstrate carbon reduction plans and commit to net zero targets. Fleet electrification often represents a material component of supplier carbon footprints, particularly for service and distribution businesses.

Water-related regulation is also evolving, though less visibly than carbon policy. The Environment Agency has strengthened abstraction licensing requirements in water-stressed areas. Businesses relying on direct water abstraction should review license conditions and assess potential restrictions during drought periods. The Water Resources Act 1991 provides the regulatory framework, with the Environment Agency holding enforcement powers.

Environmental reporting requirements continue to expand. Large companies must now report on environmental matters under the Companies Act 2006 (Strategic Report and Directors’ Report) Regulations 2013. While many SMEs remain outside mandatory reporting scope, supply chain requirements often cascade disclosure expectations to smaller suppliers. Businesses should anticipate requests for environmental data from major customers and prepare appropriate measurement and reporting processes.

Further information and resources

Businesses seeking detailed guidance on EV charging infrastructure and fleet electrification can consult government resources on the EV infrastructure strategy published by the Department for Transport. The Office for Zero Emission Vehicles provides additional technical guidance on charging point specifications and installation requirements.

For water stewardship guidance, the Environment Agency publishes resources on water efficiency, abstraction licensing, and catchment management. Businesses operating in water-stressed areas should consult regional water resource management plans published by local water companies.

The Water Resources Act 1991 establishes the legal framework for water abstraction and discharge in England and Wales. Businesses should ensure compliance with abstraction licenses and discharge consents, particularly when planning operational changes that affect water use.

Trade associations often provide sector-specific guidance on environmental compliance and sustainability practices. The Federation of Master Builders, for example, offers resources on construction fleet electrification and site environmental management. Similarly, industry bodies in manufacturing, logistics, and hospitality sectors publish relevant guidance for their members.