Five items this week. The June 30 copper tariff recommendation has been delivered, with a phased schedule confirmed. Starlink’s third-generation satellites are deploying with a tenfold capacity increase. The EU Right to Repair Directive enters force at the end of this month. Battery energy storage system costs reached a new low in 2025. And a diplomatic milestone for critical minerals supply chains that has received less coverage than it deserves.
- Commerce Department delivers copper tariff recommendation: phased rate of 15% from January 2027, rising to 30% from January 2028.
The US Commerce Department submitted its copper tariff recommendation to the President on 30 June 2026, meeting the deadline set by the April 2025 executive order. The recommended schedule adds a 15% tariff on refined copper imports beginning 1 January 2027, stepping to 30% from 1 January 2028. This follows the 50% tariffs on semi-finished copper products already introduced under Section 232 national security authority in August 2025. The recommendation now sits with the President for a final determination before the 1 January 2027 implementation date.
Why it matters: The June 29 digest flagged this recommendation as arriving imminently. The phased schedule confirms what the trade press had anticipated: rather than an immediate full tariff, the administration has chosen a step schedule that gives manufacturers a six-month window before the first rate takes effect. For EU buyers, the mechanism is indirect but real: US manufacturers and importers will reprice copper-intensive goods for the domestic market, and global copper spot prices will reflect the demand signal. The copper article covers why this matters beyond the headline tariff rate.
Source: White House: Adjusting Imports of Copper into the United States
- Starlink Gen3 satellites deploying in the first half of 2026, each delivering over 1 terabit per second of downlink capacity.
SpaceX began launching third-generation Starlink satellites in the first half of 2026. Each Gen3 satellite carries over 1 Tbps of downlink capacity, roughly ten times the throughput of the second-generation V2 Mini satellites. Latency targets are under 20ms. The constellation upgrade is concurrent with the Direct to Cell deployment covered in the June 29 digest: both programmes share launch infrastructure and are proceeding in parallel.
Why it matters: Capacity matters when density goes up. The Direct to Cell network completed in late June provides low-capability satellite-to-phone coverage for standard SIMs. Gen3 satellites serve the dedicated terminal segment: residential, mobile, and maritime customers using Starlink hardware. Higher per-satellite throughput means the network can support more simultaneous users at higher bandwidths before congestion pricing or deprioritisation kicks in. The Starlink connectivity guide covers the terminal options for EU buyers.
Source: ISPreview UK: SpaceX Starlink Gen3 Satellite Coverage
- EU Right to Repair Directive enters force on 31 July 2026 – parts pairing banned, spare parts mandate confirmed, one-year guarantee extension for repaired goods.
The EU Right to Repair Directive (Directive 2024/1799) takes effect across all member states on 31 July 2026. Three obligations are now binding. First, manufacturers of covered products are prohibited from using software to restrict functionality after independent repair unless a valid technical justification exists – the parts-pairing ban. Second, manufacturers must make spare parts and technical documentation available at reasonable prices throughout the device’s support period. Third, consumers who choose repair over replacement within the statutory guarantee window receive a one-year extension to their legal guarantee. The directive covers smartphones, tablets, laptops, washing machines, dishwashers, vacuum cleaners, and other household appliances.
Why it matters: Twenty-seven jurisdictions move simultaneously on 31 July. Connecticut’s state law took effect on 1 July, making this week the first period of simultaneous transatlantic enforcement of right-to-repair legislation. The practical effect on buyers of repairable-by-design hardware starts at the legal baseline: manufacturers who have been using software locks to steer consumers toward authorised service centres lose that tool. The right-to-repair argument as a capital asset case rather than an environmental one covers the underlying logic.
Source: EUR-Lex: Directive 2024/1799 of the European Parliament and of the Council
- Global average utility-scale battery storage costs fell to USD 117 per kilowatt-hour in 2025, a 31% year-on-year decline – the sharpest drop of the decade.
BloombergNEF reported that the global average turnkey cost for battery energy storage systems fell to USD 117/kWh in 2025, down 31% from 2024. The decline reflects manufacturing overcapacity in the EV sector flowing into stationary storage supply chains, and intensified competition among Chinese, South Korean, and US cell producers. Regional divergence is significant: China’s average cost reached USD 73/kWh whilst US costs remain at USD 219/kWh, reflecting domestic content incentives and tariff effects. The June 29 digest reported the parallel grid-scale metric of USD 78/MWh for four-hour projects; the USD 117/kWh figure is the residential-applicable turnkey benchmark.
Why it matters: The two figures belong to the same trend reported at different scales. Grid-scale and residential installed costs are both falling, and the gap between the cheapest (China) and most expensive (US) markets illustrates what tariff regimes do to consumer prices for manufactured hardware. The energy sovereignty explainer covers why battery storage is becoming a practical household decision rather than an early-adopter one.
Source: Energy-Storage.News: BNEF Battery Storage Costs 2025
- US Secretary of State convened the inaugural Critical Minerals Ministerial on 4 February 2026 – 54 nations and the European Commission, with USD 30 billion in financing committed.
US Secretary of State Marco Rubio convened the inaugural Critical Minerals Ministerial on 4 February 2026 in Washington DC. Delegations from 54 countries and the European Commission participated. The meeting produced USD 30 billion in financing commitments for critical mineral projects, focused on diversifying supply chains for lithium, cobalt, nickel, copper, and rare earth elements away from single-nation processing dependencies. The participating nations collectively represent over 70% of global critical mineral production outside China.
Why it matters: The China rare earth licensing regime that takes effect in November 2026 – covered in the June 29 digest – is the demand-side pressure that makes supply-chain diplomacy urgent. A USD 30 billion financing round is meaningful capital for new mine and processing capacity, but the timeline for new supply to reach market runs five to ten years from financing to first production. That gap is the medium-term constraint. The Alden, Doomberg, and Gromen convergence on real assets piece covers the macro framework behind why supply concentration for physical inputs carries the weight it does.
Source: US Department of State: Critical Minerals Ministerial