Policy
June 16, 2026 · China
China sets 100% heavy-truck EV target by 2040 under revised commercial vehicle roadmap
China's Ministry of Industry and Information Technology published revised commercial vehicle electrification targets requiring all new heavy-duty trucks sold domestically to be electric by 2040, with interim milestones of 30% EV penetration by 2030 and 70% by 2035. The targets apply to Class 6 and Class 7 vehicles operating in logistics corridors and port operations, where electrification economics are already competitive due to high daily mileage and established charging infrastructure. Chinese domestic OEMs including BYD, Yutong, and SAIC-GM-Wuling have been manufacturing heavy EV trucks at scale since 2023. The targets effectively accelerate the timeline for fleet operators – particularly in ports, mines, and distribution – to plan for all-electric procurement from the 2027–2029 tender cycle onwards. International truck manufacturers with China operations face a choice between accelerating EV platform localisation or ceding the commercial heavy truck market to domestic competitors.
GreyRadius Perspective
China's heavy-truck EV mandate is a procurement forcing function – not a distant aspiration. Fleet operators in India and Gulf markets who source from Chinese manufacturers should model replacement cycles now. The 2030 milestone means that by 2027–2028, the dominant Chinese truck export product will be electric. Supply chain decisions made now will determine readiness.
Source: MIIT regulatory release, Bloomberg NEF, Truck & Bus Builder
Technology
June 17, 2026 · United States
GM confirms LMR battery chemistry shift – manganese-rich cells to replace NMC across next-gen EV platforms from 2027
General Motors confirmed at its annual technology briefing that lithium manganese rich (LMR) cathode chemistry will replace NMC (nickel manganese cobalt) as the primary battery technology across its next-generation Ultium 2.0 platform, with full production ramp targeted for 2027. LMR cells offer higher energy density than LFP (lithium iron phosphate) while substantially reducing nickel and cobalt content, addressing both cost and supply chain concentration risk. GM cited independent test results showing LMR cells achieving 12% higher energy density than current NMC811 at equivalent volume, with improved thermal stability reducing cooling system complexity. The shift has supply chain implications: manganese demand is expected to increase sharply for GM's programme alone, benefiting manganese producers in South Africa, Gabon, and Australia while reducing cobalt and nickel demand from DRC and Indonesian sources.
GreyRadius Perspective
LMR is the chemistry transition the battery materials sector has been debating for five years. GM's commitment changes the commercialisation risk calculus – this is no longer a research pathway, it is a production decision. For mining and materials companies in India, Gulf, and Southeast Asia, the manganese demand signal is actionable. For battery manufacturers in India's PLI scheme, the chemistry landscape is changing faster than current qualification programmes anticipated.
Source: GM technology day presentations, Benchmark Mineral Intelligence, Electrek
Mobility
June 18, 2026 · United States
Uber, Nuro, and Lucid Motors announce commercial robotaxi pilot in Houston – launching Q4 2026
Uber, Nuro (AV technology), and Lucid Motors (vehicle platform) announced a joint commercial robotaxi service set to launch in Houston in Q4 2026. The service will operate Lucid Air vehicles equipped with Nuro's autonomous driving stack on Uber's dispatch and payments platform. The Houston launch area covers the Energy Corridor and Galleria districts, targeting business travellers and airport transfers. The partnership structure differs from prior autonomous ride-hail attempts: Lucid provides a production vehicle with a validated safety record, Nuro provides an AV stack that has completed 3 million miles of operational testing in California and Texas, and Uber provides immediate access to its existing rider base and demand network. A commercial revenue share agreement is in place from day one of launch. The partnership is notable for its absence of a legacy OEM – positioning it as a new-era commercial AV deployment rather than a manufacturer-branded pilot.
GreyRadius Perspective
The Uber-Nuro-Lucid structure is the commercialisation model that AV deployment has needed: demand network, technology stack, and vehicle platform assembled from best-in-class components rather than vertically integrated by a single OEM. For mobility investors in India and Gulf, this is the template to watch – not because the same stack will work in Mumbai or Riyadh, but because the partnership model itself will.
Source: Uber investor release, Nuro press statement, The Verge
Infrastructure
June 15, 2026 · Europe
BMW and Solarwatt announce building-integrated solar and EV charging deployment across dealer network
BMW Group and Solarwatt announced a partnership to deploy integrated solar panel and EV charging systems across BMW and MINI dealer facilities in Germany, Austria, Switzerland, and the UK, with a commitment to extend to 60% of the European dealer network by end 2027. The system combines Solarwatt's building-integrated photovoltaic (BIPV) panels with BMW's proprietary DC charging controllers, enabling solar-to-vehicle direct charging that bypasses grid import for daytime charging operations. Each installation is sized to cover 40–60% of a typical dealership's EV charging demand from solar during peak months. The partnership positions BMW dealer facilities as energy micro-hubs and provides Solarwatt with a high-visibility commercial reference portfolio for its BIPV products. For the EV charging infrastructure sector, the partnership demonstrates the commercial viability of dealer-sited solar-EV integration at scale.
GreyRadius Perspective
Solar-integrated EV charging at dealerships is the charging economics model that works for markets with high solar irradiance and diesel-parity electricity costs – which describes India and Gulf perfectly. The BMW-Solarwatt deployment will generate two years of real-world data by the time Indian and Gulf dealer networks face similar electrification pressure. Early movers in these markets should be watching the performance data closely.
Source: BMW Group press release, Solarwatt investor brief, Electrive.com
Policy
June 20, 2026 · United Kingdom
UK Transport Select Committee releases interim EV transition review – recommends phased commercial fleet mandate
The UK House of Commons Transport Select Committee published its interim review of the national EV transition, covering progress against the 2035 zero-emission vehicle (ZEV) mandate. The review found that consumer EV adoption is tracking ahead of 2023 projections but that commercial fleet electrification – particularly for vans and light commercial vehicles (LCVs) – is lagging by an estimated 18 months against the fleet modernisation trajectory needed to meet 2030 interim targets. The committee recommended a phased commercial fleet ZEV mandate with purchase incentives for fleets under 50 vehicles – specifically targeting the SME operator segment where capital constraints are the primary adoption barrier. The review also recommended that the Department for Transport commission an independent assessment of public charging reliability, citing a 17% out-of-service rate for public chargers as an ongoing deterrent to fleet range confidence.
GreyRadius Perspective
The UK fleet electrification lag is a procurement signal, not a failure signal – mandatory timelines do not shift but fleet operators will compress their procurement windows as mandates tighten. For fleet management companies, charge point operators, and LCV leasing businesses operating in or entering UK markets, the 2027–2029 window is when commercial fleet procurement volume will accelerate materially. Planning for that surge now creates competitive advantage.
Source: UK Transport Select Committee interim report, Fleet News, ZapMap reliability data
